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# Nexus Analytics

Scientific Equipment Supplier l Analytical Equipment

## Sitemaps

- [XML Sitemap](https://www.nexus-analytics.com.my/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Mercury Analysis in Fish: Advanced Analytical Methods for Food Safety in the Food & Beverage Industry](https://www.nexus-analytics.com.my/mercury-analysis-in-fish-advanced-analytical-methods-for-food-safety-in-the-food-beverage-industry/)
- [How Millennium Excalibur Using AFS Enables Selenium Speciation for Superior Product Quality](https://www.nexus-analytics.com.my/how-millennium-excalibur-using-afs-enables-selenium-speciation-for-superior-product-quality/)
- [Seawater Analysis | AFS Analysers](https://www.nexus-analytics.com.my/seawater-analysis/)
- [Recorded Webinar - Mastering Particle Size Analysis: From Measurement Challenges to Practical Solutions](https://www.nexus-analytics.com.my/recorded-webinar-mastering-particle-size-analysis-from-measurement-challenges-to-practical-solutions/)
- [We Are Official Authorized Distributor of GENIZER](https://www.nexus-analytics.com.my/we-are-official-authorized-distributor-of-nanalysis-copy/)
- [We Are Official Authorized Distributor of NANALYSIS](https://www.nexus-analytics.com.my/we-are-official-authorized-distributor-of-nanalysis/)
- [Nexus Analytics Sdn Bhd Appointed as the Sole Distributor for Nanotest in Malaysia](https://www.nexus-analytics.com.my/nexus-analytics-sdn-bhd-appointed-as-the-sole-distributor-for-nanotest-in-malaysia/)
- [DXR3 Smart Raman+ Spectrometer](https://www.nexus-analytics.com.my/dxr3-smartraman-spectrometer/)
- [Netzsch Engineer Specialist](https://www.nexus-analytics.com.my/netzsch-service-training-certificate/)
- [Nexus Analytics Sdn Bhd Appointed as the Sole Distributor for Gagemaker in Malaysia](https://www.nexus-analytics.com.my/nexus-analytics-sdn-bhd-appointed-as-the-sole-distributor-for-gagemaker-in-malaysia/)
- [Chopin Engineer Specialist](https://www.nexus-analytics.com.my/chopin-engineer-specialist/)
- [Thermo Engineer Specialist](https://www.nexus-analytics.com.my/camag-product-service-training-certificate/)
- [CAMAG Engineer Specialist](https://www.nexus-analytics.com.my/tropical-bosiet-travel-safety-by-boat-certificate/)
- [Fundamentals of Laser Diffraction Techniques for Particle Characterization](https://www.nexus-analytics.com.my/fundamental-of-laser-diffraction-technique-for/)
- [Near-Infrared Food Analyzer: Unity® SpectraStar™ XT series](https://www.nexus-analytics.com.my/near-infrared-food-analyzer-unity-spectrastar-xt-series/)
- [Nexus Group Appointed Southeast Asia Distributor for OMVE Pilot & Laboratory Equipment](https://www.nexus-analytics.com.my/nexus-group-appointed-southeast-asia-distributor-for-omve-pilot-laboratory-equipment/)
- [Take advantage of our exclusive offer for FTIR Owners](https://www.nexus-analytics.com.my/take-advantage-of-our-exclusive-offer-for-ftir-owners/)
- [Maximizing Rubber Performance: The Essential Role of High Forces DMA GABO EPLEXOR 500 N in Tire Testing](https://www.nexus-analytics.com.my/maximizing-rubber-performance-the-essential-role-of-high-forces-dma-gabo-eplexor-500-n-in-tire-testing/)
- [Lab Asia Exhibition](https://www.nexus-analytics.com.my/lab-asia-exhibition/)
- [Separating Overlapping Effects in Analytical Measurement Curves](https://www.nexus-analytics.com.my/separating-overlapping-effects-in-analytical-measurement-curves/)
- [Foundation to FTIR Microscopy & Sample Preparation Techniques](https://www.nexus-analytics.com.my/foundation-to-ftir-microscopy-sample-preparation-techniques/)
- [Broaden your Raman analysis options](https://www.nexus-analytics.com.my/broaden-your-raman-analysis-options/)
- [DETERMINATION OF MERCURY (Hg), ARSENIC (As), SELENIUM (Se), ANTIMONY (Sb) AND BISMUTH IN CLINICAL SAMPLES USING ATOMIC FLUORESCENCE SPECTROMETRY](https://www.nexus-analytics.com.my/using-atomic-fluorescence-spectrometry-mercury-arsenic-selenium-antimony-clinical-samples/)
- [USING ATOMIC FLUORESCENCE SPECTROMETRY FOR THE DETERMINATION OF MERCURY (Hg), ARSENIC (As), SELENIUM (Se), ANTIMONY (Sb) IN ENVIRONMENTAL SAMPLES](https://www.nexus-analytics.com.my/using-atomic-fluorescence-spectrometry-mercury-arsenic-selenium-antimony-evnironmental-samples/)
- [The Differences of DSC 300 Caliris® Supreme and Select](https://www.nexus-analytics.com.my/the-differences-of-dsc-300-calirissupreme-and-select/)
- [From Theory to Practice: FTIR and RAMAN Spectroscopy for Real-World Applications](https://www.nexus-analytics.com.my/from-theory-to-practice-ftir-and-raman-spectroscopy-for-real-world-applications/)
- [Ask the Experts: Analytical Solutions for Accelerating Drug Development in R&D Webinar](https://www.nexus-analytics.com.my/from-theory-to-practice-ftir-and-raman-spectroscopy-for-real-world-applications-copy/)
- [10th IRGE International Rubber Glove Conference & Exhibition](https://www.nexus-analytics.com.my/10th-irge-international-rubber-glove-conference-exhibition/)
- [RAMAN SPECTROSCOPY ACADEMY](https://www.nexus-analytics.com.my/raman-spectroscopy-academy-2/)
- [HOW TO TEST PLASTIC MATERIAL PROPERTIES?](https://www.nexus-analytics.com.my/how-to-test-plastic-material-properties-in-malaysia/) - Nexus Analytics offers you different solutions to determine the mechanical properties of a plastic material. The physical and mechanical testing of plastic is a vital part of the product development and production process. Here is a list of common test methods used to evaluate plastics. They tell you how to check tensile and flexural properties, stiffness, impact, hardness, flammability, etc. Where applicable, ASTM specs are given as sources for more detailed information.
- [Webinar: Differential Scanning Calorimeter- Do More Than Just Heat Cool Heat](https://www.nexus-analytics.com.my/webinar-differential-scanning-calorimter-dsc300caliris/)
- [PARTICLE CHARACTERIZATION](https://www.nexus-analytics.com.my/particle-characterization/)
- [USING ATOMIC FLUORESCENCE SPECTROMETRY FOR THE DETERMINATION OF MERCURY, ARSENIC, SELENIUM & ANTIMONY FROM FOOD, FEED AND BEVERAGE SAMPLES](https://www.nexus-analytics.com.my/mercury-arsenic-selenium-antimony-food-feed-beverage-samples/)
- [ONLINE WASTEWATER ANALYSIS FOR THE DETERMINATION OF MERCURY(Hg), ARSENIC (As), SELENIUM (Se) AND ANTIMONY (Sb) USING ATOMIC FLUORESCENCE SPECTROMETRY](https://www.nexus-analytics.com.my/online-wastewater-analysis-for-the-determination-of-mercuryhg-arsenic-as-selenium-se-and-antimony-sb-using-atomic-fluorescence-spectrometry/) - MERCURY(Hg), ARSENIC (As), SELENIUM (Se) AND ANTIMONY (Sb) are considered environmental priority pollutants and the determination of these metals in waste water from industrial sources is a challenging application. In recent years wastewater treatment plants have been installing technologies to capture and remove the metals. The efficiency of these treatment processes needs to be monitored using accurate analytical systems.PS Analytical offers 2 fully automated online wastewater analysers are PSA 10.226 Online Hg and PSA 10.256 Online Excalibur (for As/Se)
- [3rd International Conference Of Pharmacy & Health Sciences (3ICPHS) 2020](https://www.nexus-analytics.com.my/3rd-international-conference-of-pharmacy-health-sciences-3icphs-2020/)
- [MICROPLASTICS ANALYSIS WITH FTIR & RAMAN SPECTROSCOPY](https://www.nexus-analytics.com.my/microplastics-analysis-via-ftir-raman-spectroscopy/)
- [Webinar: Thermal Expansion – and How Thermal Analysis Can Help Create Quality Products](https://www.nexus-analytics.com.my/webinar-thermal-expansion-and-how-thermal-analysis-can-help-create-quality-products/)
- [Webinar: From Powders to Paint Chips: Modern Microspectroscopy Draws Big Information From Tiny Samples](https://www.nexus-analytics.com.my/webinar-from-powders-to-paint-chips-modern-microspectroscopy-draws-big-information-from-tiny-samples/) - Attend this webinar to see how to improve the speed and accuracy of results with modern microspectroscopy systems, even with users of varying skill levels. Hear what diffraction-limited IR optics, enhanced visual performance, and powerful 64-bit software with a new user interface can do in sample prep, microplastics, fibre analysis, coatings, micro-mapping, and ATR analysis.
- [Webinar: Infrared Spectroscopy for Biological and Biomedical applications](https://www.nexus-analytics.com.my/webinar-infrared-spectroscopy-for-biological-and-biomedical-applications/)
- [Webinar: UL94 Flammability Tester for Plastics – Application Demo for 50 W Flame Calibration and HB Test](https://www.nexus-analytics.com.my/webinar-ul94-flammability-tester-for-plastics-application-demo-for-50-w-flame-calibration-and-hb-test/)
- [WHAT IS RAMAN SPECTROSCOPY?](https://www.nexus-analytics.com.my/what-is-raman-spectroscopy/)
- [FREQUENTLY ASKED QUESTIONS (FAQs) FOR MELT FLOW INDEXER (MFI)](https://www.nexus-analytics.com.my/melt-flow-indexer-mfi-frequently-asked-questions/) - Learn about melt flow indexer. How Melt Flow Tester works and what does the resin melt viscosity tells me about resin performance in real manufacturing situations?
- [WHAT IS DYNAMIC CONTACT ANGLE (DCA)?](https://www.nexus-analytics.com.my/what-is-dynamic-contact-angle-dca/)
- [WHY FT-NIR SPECTROSCOPY?](https://www.nexus-analytics.com.my/why-ft-nir-spectroscopy/) - We’ve put together some commonly asked questions to give you more information about Fourier Transform Near-Infrared (FT-NIR) spectroscopy. FT-NIR has many advantages in comparison with traditional analytical methods.
- [Knowledge Center](https://www.nexus-analytics.com.my/knowledge-center/)
- [Take advantage of our demo units clearance sale!](https://www.nexus-analytics.com.my/demo-units-clearance-sales/)
- [Webinar: Basics of FTIR Spectral Interpretation](https://www.nexus-analytics.com.my/spectral-interpretation-basics-of-ftir-spectral-interpretation/) - Being able to interpret spectral information remains the main challenge when comes to IR analysis. While detailed interpretation may take years of experience, but the basics can be quickly understood. This webinar shares a brief introduction on how to recognize a good spectrum quality as well as the basics of IR interpretation methodology.
- [HIGH PERFORMANCE THIN LAYER CHROMATOGRAPHY (HPTLC)](https://www.nexus-analytics.com.my/high-performance-thin-layer-chromatography-hptlc/)
- [FTIR SPECTROSCOPY ACADEMY](https://www.nexus-analytics.com.my/ftir-spectroscopy-academy-2/)
- [Webinar: Adopting Molecular Spectroscopy Techniques in Pharma Manufacturing](https://www.nexus-analytics.com.my/webinar-molecular-spectroscopy-techniques-pharma-manufacturing/) - Join our webinar to discover the differences between FTIR, NIR, and Raman spectroscopy. To learn how spectroscopy is applied in quality control labs and hear how the implementation of these techniques increased efficiency and minimized costs.
- [Webinar: Melt Flow Indexers and how to get accurate and repeatable test results](https://www.nexus-analytics.com.my/melt-flow-indexers-and-how-to-get-accurate-repeatable-test-results/) - Learn about the melt flow and rheological properties of polymers, and why they are important in helping you understand the most common plastics manufacturing processes. Get inspired on the different types of test standards, methods & results
- [Microplastics Virtual Forum](https://www.nexus-analytics.com.my/webinar-microplastics-virtual-forum/) - Microplastics have been found in our oceans, drinking water, and food supply brought about by pollution and manufacturing practices. Hear from experts as they review sample preparation methods used for various samples from different research groups, and discuss advantages and limitations of analytical solutions such as FTIR microscopy, Raman microscopy for microplastics analysis.
- [ESSENTIAL TOOLS FOR POLYMER CHARACTERIZATION](https://www.nexus-analytics.com.my/essential-tools-for-polymer-characterization-2/) - Polymer characterization is important in developing new polymers as well as maintaining quality control in manufacturing processes. As such, many polymer characterization techniques should ideally be linked to the desirable properties of the material, hence analytical techniques are typically used to determine molecular structure, thermal properties, and mechanical properties. Our broad portfolio of solutions for polymer analysis, backed by a proven record of reliability and expertise, can help you deliver results.
- [Optimizing The Rheology of Pharmaceutical Formulations](https://www.nexus-analytics.com.my/optimizing-the-rheology-of-pharmaceutical-formulations/) - Rheometers can be of great help in determining the correct consistency (from testing an ideal or competitive sample) and also in optimizing a pharmaceutical formulation, by making up small batches and accurately characterizing the rheology and thus effect of each change. Learn in this webinar with real-world examples – more about the design of such experiments and the conclusions that can be drawn from them.
- [From Exo-suit to Space Suit - Composites Usage and Development within Exoskeleton Technology](https://www.nexus-analytics.com.my/from-exo-suit-to-space-suit-composites-usage-and-development-within-exoskeleton-technology/)
- [Join Us for Spectroscopy Week](https://www.nexus-analytics.com.my/join-us-for-spectroscopy-week/)
- [Introduction Laser Flash Analysis & Seebeck Coefficient for Thermoelectric Materials](https://www.nexus-analytics.com.my/introduction-laser-flash-analysis-seebeck-coefficient-for-thermoelectric-materials/)
- [DETERMINATION OF ELEMENTS](https://www.nexus-analytics.com.my/determination-of-elements/)
- [Fundamental & Applications of Dynamic Light Scattering (DLS) Technique - Nano Particle Size Analyzer](https://www.nexus-analytics.com.my/fundamental-applications-of-dynamic-light-scattering-dls-technique-nano-particle-size-analyzer/)
- [Raman Technology For 2D Materials And Industrial Applications](https://www.nexus-analytics.com.my/raman-technology-for-2d-materials-and-industrial-applications/)
- [Thermo Fisher Scientific: Science for Sustainability Symposia](https://www.nexus-analytics.com.my/thermo-fisher-scientific-science-for-sustainability-symposia/)
- [Lean Manufacturing Practices With Raman Spectroscopy For Biopharmaceutical Production](https://www.nexus-analytics.com.my/lean-manufacturing-practices-with-raman-spectroscopy-for-biopharmaceutical-production/)
- [Forensic Analysis Using XRF, XRD, FTIR and Raman Techniques](https://www.nexus-analytics.com.my/forensic-analysis-using-xrf-xrd-ftir-and-raman-techniques/)
- [The Concept of Fully Automated HPTLC Analysis on the Example of Sugars in Honey](https://www.nexus-analytics.com.my/the-concept-of-fully-automated-hptlc-analysis-on-the-example-of-sugars-in-honey/)
- [THERMAL ANALYSIS & RHEOLOGY ACADEMY](https://www.nexus-analytics.com.my/thermal-analysis-rheology-academy/)
- [We Are Now a Member of The Melchers Group of Companies](https://www.nexus-analytics.com.my/we-are-now-a-member-of-the-melchers-group-of-companies/)
- [Top 3 Reasons To Follow Us On Social Media!](https://www.nexus-analytics.com.my/connect-with-us-on-our-new-linkedin-page/)
- [What To Know About DSC Technique, Measurement And General Applications](https://www.nexus-analytics.com.my/foundations-of-ftir-microscopy-and-sample-preparation-techniques-2/)
- [What To Know About TGA Technique, Measurement And General Applications](https://www.nexus-analytics.com.my/material-analysis-with-a-multi-range-ftir-spectrometer-2/)
- [Material Analysis With a Multi Range FTIR Spectrometer](https://www.nexus-analytics.com.my/material-analysis-with-a-multi-range-ftir-spectrometer/)
- [Introduction to Dynamic Mechanical Analysis](https://www.nexus-analytics.com.my/introduction-to-dynamic-mechanical-analysis/)
- [Tensiometry Techniques & Their Theory](https://www.nexus-analytics.com.my/tensiometry-techniques-and-their-theory/)
- [Fundamental of Dynamic Light Scattering for Nano Particle Characterization & Zeta Potential](https://www.nexus-analytics.com.my/fundamental-of-dynamic-light-scattering-for-nano-particle-characterization-zeta-potential/)
- [Fundamental and Application of Optical Tensiometry Technique](https://www.nexus-analytics.com.my/fundamental-and-application-of-optical-tensiometry-technique/)
- [MATERIAL/PHYSICAL TESTING](https://www.nexus-analytics.com.my/material-physical-testing/)
- [NANOSCALE IMAGING & SPECTROSCOPY SOLUTIONS](https://www.nexus-analytics.com.my/nanoscale-imaging-spectroscopy-solutions/)
- [Thermal Analysis For Material Characterisation](https://www.nexus-analytics.com.my/thermal-analysis-for-material-characterisation/)
- [UKM Scientific Instrumentation Seminar](https://www.nexus-analytics.com.my/ukm-scientific-instrumentation-seminar/)
- [Introductory of FTIR Webinar- Components , Functionality, Sampling Techniques](https://www.nexus-analytics.com.my/introductory-of-ftir-webinar-components-functionality-sampling-techniques/)
- [Fundamental and Application of Optical Tensiometry Technique](https://www.nexus-analytics.com.my/fundamental-and-application-of-optical-tensiometry-technique-2/)
- [Sole Authorized Distributor For NETZSCH](https://www.nexus-analytics.com.my/sole-authorized-distributor-for-netzsch/)
- [Sole Authorized Distributor For Lauda Scientific](https://www.nexus-analytics.com.my/new-acquisition-of-team-medical-scientific-tms/)
- [Video 2](https://www.nexus-analytics.com.my/video-2/)
- [Video 1](https://www.nexus-analytics.com.my/video-1/)
- [Determination of Elements](https://www.nexus-analytics.com.my/straightforward-identification-of-microplastic-particles-in-bottled-water/)
- [HPTLC Applications](https://www.nexus-analytics.com.my/hptlc-applications/)
- [Optical Surface Analyzer -<br>Tilting Stage Versus Retention Force Balance (rfb) module](https://www.nexus-analytics.com.my/optical-surface-analyzer-tilting-stage-versus-retention-force-balance-rfb-module/)
- [THERMAL ANALYSIS SOLUTIONS](https://www.nexus-analytics.com.my/thermal-analysis-solutions/)
- [FTIR SPECTROSCOPY SOLUTIONS](https://www.nexus-analytics.com.my/ftir-spectroscopy-solutions/)
- [Foundations of FTIR Microscopy and Sample Preparation Techniques](https://www.nexus-analytics.com.my/foundations-of-ftir-microscopy-and-sample-preparation-techniques/)
- [Acquisition of Team Medical & Scientific (TMS)](https://www.nexus-analytics.com.my/new-acquisition-of-team-medical-scientific-tms-2/)
- [Raman Spectroscopy Webinars](https://www.nexus-analytics.com.my/raman-spectroscopy-webinars/)
- [Raman Spectroscopy Academy](https://www.nexus-analytics.com.my/raman-spectroscopy-academy/)
- [Nanoscale Imaging & Spectroscopy Webinars](https://www.nexus-analytics.com.my/nanoscale-imaging-spectroscopy-webinars/)
- [HPTLC Magazine](https://www.nexus-analytics.com.my/hptlc-magazine/)
- [HPTLC Application Tutorial Videos](https://www.nexus-analytics.com.my/hptlc-application-tutorial-videos/)
- [Food & Chemical Quality Testing Videos & its Applications](https://www.nexus-analytics.com.my/food-chemical-quality-testing-videos-its-applications/)
- [Watch the Atomic Fluorescence Spectroscopy videos which provide :](https://www.nexus-analytics.com.my/watch-the-atomic-fluorescence-spectroscopy-videos-which-provide/)
- [Live Webinar](https://www.nexus-analytics.com.my/live-webinar/)
- [Tinius Olsen](https://www.nexus-analytics.com.my/tinius-olsen/)
- [FTIR Spectroscopy Academy](https://www.nexus-analytics.com.my/ftir-spectroscopy-academy/)
- [Application Notes -No A-133.1](https://www.nexus-analytics.com.my/application-notes-no-a-133-1/)
- [Spectral Range Configuration](https://www.nexus-analytics.com.my/spectral-range-configuration/)
- [Basic Organic Functional Group](https://www.nexus-analytics.com.my/basic-organic-functional-group/)
- [FTIR Spectroscopy Webinars](https://www.nexus-analytics.com.my/ftir-spectroscopy-webinars/)
- [Rheology Webinars, articles on new applications & some tips,tricks](https://www.nexus-analytics.com.my/rheology-webinars-articles-on-new-applications-some-tipstricks/)
- [Watch the Thermal Analysis Webcast, which](https://www.nexus-analytics.com.my/watch-the-thermal-analysis-webcast-which/)

## Pages

- [Home](https://www.nexus-analytics.com.my/) - Nexus Analytics is a leading laboratory & scientific instrument distributor in Southeast Asia, offer leading brands of analytical equipment for labs, QA, QC & RnD.
- [Management Team](https://www.nexus-analytics.com.my/management-team/)
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- [Choose Your Area of Interest](https://www.nexus-analytics.com.my/choose-your-area-of-interest/)
- [APPLICATIONS](https://www.nexus-analytics.com.my/applications/) - Our products and solutions address the rapidly evolving needs of a diverse array of customers in semiconductors, pharmaceuticals, materials science research, polymer/ rubber, electronic/electric, Specialty Chemicals / Dispersion, automotive, oil & gas, and much more
- [Contact Us](https://www.nexus-analytics.com.my/contact-us/)
- [Knowledge Center](https://www.nexus-analytics.com.my/knowledge-center/) - Our knowledge center will be your one-stop center where you can easily access a comprehensive database of resources from webinars, tutorials, application notes, articles, and more to help in your analytical research and QA/QC activities!.
- [Recorded Webinars](https://www.nexus-analytics.com.my/recorded-webinars/)
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- [PRODUCTS & SOLUTIONS](https://www.nexus-analytics.com.my/products-solutions-2/)
- [OCTG Inspection Equipment](https://www.nexus-analytics.com.my/octg-inspection-equipment/) - Nexus Analytics Sdn Bhd is expanding its technical capabilities with OCTG Inspection Equipment—precision tools for oil and gas industry compliance.
- [Whistleblower Policy](https://www.nexus-analytics.com.my/whistleblower-policy/)
- [Polymer, Rubber & Coating](https://www.nexus-analytics.com.my/polymer-rubber-coating/)
- [Products & Solutions](https://www.nexus-analytics.com.my/products-solutions/)
- [Specialty Chemical & Oleochemistry](https://www.nexus-analytics.com.my/specialty-chemical-oleochemistry/)
- [Glove](https://www.nexus-analytics.com.my/glove/)
- [Semiconductor](https://www.nexus-analytics.com.my/semiconductor/)
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- [Thank You](https://www.nexus-analytics.com.my/thank-you/)
- [Knowledge Center bak](https://www.nexus-analytics.com.my/knowledge-center-bak/)
- [kn-sample](https://www.nexus-analytics.com.my/kn-sample/)
- [Tehnical Paper & Application Notes](https://www.nexus-analytics.com.my/tehnical-paper-application-notes/)
- [Differential Scanning Calorimeter (DSC)](https://www.nexus-analytics.com.my/differential-scanning-calorimeter-dsc/)
- [Example-PostSlider](https://www.nexus-analytics.com.my/example-postslider/)
- [Services & Support](https://www.nexus-analytics.com.my/services-support/)
- [Events & Webinars](https://www.nexus-analytics.com.my/events-webinars/)
- [Shop](https://www.nexus-analytics.com.my/shop/)

## Products

- [Automatic TLC Sampler 4 (ATS 4)](https://www.nexus-analytics.com.my/product/automatic-tlc-sampler-4-ats-4/) - Automatic sample application is a key factor for productivity of the HPTLC laboratory. The ATS 4 offers fully automatic sample application for qualitative and quantitative analyses as well as for preparative separations. It is suited for routine use and high sample throughput. Key Features: Fully automated sample application Application of bands, spots or rectangles Any plate format up to 20 x 20 cm Spray-on application or by contact transfer Software-controlled by visionCATS Heated Spray Nozzle (option)
- [Linomat 5](https://www.nexus-analytics.com.my/product/linomat-5/) - With the Linomat 5 samples are sprayed onto TLC/HPTLC plates in the form of bands with nitrogen or compressed air. Application is automatic, only changing the syringe (filling, inserting and rinsing) is manual. It is suitable for small sample throughput. The Linomat 5 is controlled by visionCATS, the new generation of HPTLC software. Instrument handling is now easier and more convenient. Simply select a plate format, fill in the sequence table and start working. With visionCATS, the Linomat 5 can be IQ/OQ qualified and used in a cGMP environment. Key Features: Semi-automatic application Application of spots or bands Any plate format up to 20 x 20 cm Spray-on application Data input through visionCATS software or keypad
- [Nanomat 4](https://www.nexus-analytics.com.my/product/nanomat-4/) - The Nanomat 4 serves for easy application of samples in the form of spots onto TLC plates, precisely positioned and without damage to the layer. It is a device for contact transfer application using capillaries. The actual sample dosage is performed with a disposable capillary pipette, which is precisely guided, thus ensuring that the chromatogram can be documented and evaluated automatically according to a programmed pattern. It is suitable for any plate format up to 20 x 20 cm. The Capillary pipettes are loaded into the dispenser in magazines. Capillaries of 0.5, 1, 2, and 5 μL volume are available. Each capillary size requires an appropriate dispenser magazine. With the Universal Capillary Holder capillary pipettes are taken from the dispenser, filled with sample solution and then placed against the applicator head of the Nanomat 4. Key Features: Manual sample application For plates up to 20 x 20 cm Application of spots by contact transfer Disposable capillary pipette Precise positioning to apply a defined pattern
- [smartCut plate cutter](https://www.nexus-analytics.com.my/product/smartcut-plate-cutter/) - The smartCut allows cutting of TLC and HPTLC glass plates in defined pieces of any format. The sensitive layer is not destroyed and smooth edges are the result. Key Features: Cuts glass plates with a thickness up to 3 mm Easy on the sensitive layer Desired size can be read directly from a scale Prevents offcuts and thus saves money Easy handling
- [Multipurpose Spotting Guide](https://www.nexus-analytics.com.my/product/multipurpose-spotting-guide/) - The Multipurpose Spotting Guide is used for setting up chromatograms on conventional 20 x 20 cm layers. It can also be used in combination with the Capillary Dispenser system to make manual sample application more convenient.
- [AMD 2 System Automated Multiple Development](https://www.nexus-analytics.com.my/product/amd-2-system-automated-multiple-development/) - The AMD 2 is a software-controlled HPTLC chamber for gradient development. It is used for difficult separation problems that cannot be solved by isocratic HPTLC. The separation of complex samples is a challenging task for every chromatographic system, particularly when the sample components span a wide polarity range. The AMD procedure offers an excellent solution as it allows stepwise gradient elution over increasing separation distances. As a result acid, bases, neutral, hydrophilic, and lipophilic substances can be separated in a single AMD run. This makes AMD suitable for a variety of applications. The technique is frequently used in lipid analysis and in routine analysis of drinking water. Pigment formulations with a complex composition, resins as well as additives of mineral oil products are other typical applications of AMD analysis. Key Features: Multiple development Stepwise gradient elution over increasing separation distances Enhanced separation capacity HPTLC glass plates (20 x 10 cm), only Software-controlled with visionCATS The principle of the AMD procedure The HPTLC plate is developed repeatedly in the same direction Each successive run extends over a longer solvent migration distance than the one before Between runs, the solvent is completely removed from the developing chamber and the layer is dried under vacuum Each successive run uses a solvent of lower elution strength than that of the one used before. In this way, a stepwise elution gradient is formed The combination of focusing effect and gradient elution results in extremely narrow bands. Their typical peak width is about 1 mm. This means that, with the available separation distance of 80 mm, up to 40 components can be completely resolved, i.e. with base line separation With visionCATS the AMD 2 can be IQ/OQ qualified and used in a cGMP environment. Operated with the mentioned software, the AMD 2 supports compliance with 21 CFR Part 11.
- [Automatic Developing Chamber 3 (ADC3)](https://www.nexus-analytics.com.my/product/automatic-developing-chamber-2-adc-2/) - The CAMAG Automatic Development Chamber 3 (ADC 3) continues the proven reliability of its predecessor in High-Performance Thin-Layer Chromatography (HPTLC), offering consistent, fully automated plate development to support reproducibility and data integrity. Designed for 20 x 10 cm HPTLC plates, the ADC 3 features an integrated Twin Trough Chamber that ensures stable analytical conditions and minimizes variability. It offers full flexibility in solvent selection and development parameters, supporting a wide range of applications. All critical steps – saturation, activation, pre-conditioning, development, and drying – are fully automated to eliminate environmental influences and deliver reproducible results. The built-in humidity control enables chromatography at defined layer activity, essential for robust method development and for evaluating humidity effects. Seamless integration with visionCATS software ensures compliance with cGMP/GLP and 21 CFR Part 11, making the ADC 3 a reliable choice for regulated laboratories that demand precision, traceability, and efficiency.
- [Twin Trough Chamber](https://www.nexus-analytics.com.my/product/twin-trough-chamber/) - This is a classical developing tank for Thin-Layer Chromatography. Compared to a Flat Bottom Chamber less solvent is needed. A Twin-Trough-Chamber reduces disposal problems and allows preconditioning of the plate with any solvent and for any duration. For preconditioning or saturation the trough opposite to the plate is filled with developing solvent. The use of a saturation pad is recommended for a fast, homogeneous and reproducible chamber saturation process. Key Features: Glass tank with two troughs for manual development Available in the formats 20 x 20 cm, 20 x 10 cm, and 10 x 10 cm Steel or glass lid
- [smartALERT](https://www.nexus-analytics.com.my/product/smartalert/) - The «classical» way to develop a TLC/ HPTLC plate is to place it in a chamber, which contains a sufficient amount of developing solvent. Driven by capillary forces the developing solvent moves up the layer until the desired developing distance is reached and development is stopped. With the aid of a watch the analyst estimates when the development process is about to finish. But this may happen: Focusing on other work while the TLC/HPTLC development is in progress, the analyst forgets to look at the watch. As a result development is stopped too late; the mobile phase moved up too far, the analysis is ruined and needs to be repeated. With smartALERT the analyst does not 'forget' the TLC/HPTLC plate in the developing chamber anymore: The desired migration distance is set by the user A light beam and a sensor monitors the selected distance As soon as the front has reached the set position, visual and acoustic signals alert the operator Key Features: Enables that the chromatography is stopped at the set migration distance Gives acoustic and visual notice when the development is finished Easy to operate with just one button Compatible with glass chambers and glass plates at the formats 20 x 20 cm, 20 x 10 cm, 10 x 10 cm Four different alarm sounds can be selected Runs on batteries
- [HPTLC Vario System](https://www.nexus-analytics.com.my/product/hptlc-vario-system/) - The HPTLC Vario System is designed for the efficient optimization of developing conditions for chromatography on HPTLC plates. Development with six different solvent systems can be tested and a sandwich, as well as tank configuration, can be simulated side by side, making results directly comparable. Another option is to test with the same developing solvent up to six different solvents for preconditioning or activation of the silica gel (adjusting to different relative humidities). Key Features: Development with six different developing solvents can be tested side by side Sandwich as well as tank configuration can be simulated Six different conditions of precondition can be tested simultaneously Effect of six different relative humidities can be tested simultaneously
- [Derivatizer](https://www.nexus-analytics.com.my/product/derivatizer/) - The Derivatizer is used for automated reagent transfer in the derivatization of thin-layer chromatograms and sets a new standard of reproducibility by employing a unique “micro droplet” spraying technology (patented). It ensures homogeneity and convenience in applying derivatization reagents and offers other advantages as compared to manual spraying and immersion. The device is suitable for all common reagents. To meet the divergent physicochemical properties of the reagents, e.g. viscosity, four different colour-coded nozzles are available, and the user can select from six spraying modes. Key Features: Unsurpassed homogeneous reagent distribution Environmentally friendly and safe handling through a closed system Reproducible and user-independent results Low reagent consumption (2-4 mL) Hood for 20 x 10 cm and/or 20 x 20 cm plates Intuitive handling and easy cleaning
- [TLC Plate Heater 3](https://www.nexus-analytics.com.my/product/tlc-plate-heater-3/) - The TLC Plate Heater 3 is a device for heating TLC/HPTLC plates, permitting the optimal heating during the derivatization reaction. It features a CERAN® heating surface which is resistant to all common reagents and is easily cleaned. The 20 x 20 cm heating surface has a grid to facilitate correct positioning of the plate. Programmed and actual temperature is digitally displayed. The temperature is selectable between 25 and 200 °C. The plate heater is protected from overheating. Key Features: For uniform heating of TLC/HPTLC plates Temperature selectable between 25 and 200 °C CERAN® heating surface (resistant to all common reagents) Grid for correct plate positioning
- [Chromatogram Immersion Device 3](https://www.nexus-analytics.com.my/product/chromatogram-immersion-device-3/) - The Chromatogram Immersion Device 3 is used for automated dipping. TLC/HPTLC plates are immersed with uniform vertical speed into derivatization reagents or solutions for plate impregnation. For proper reagent transfer, the chromatogram must be immersed and withdrawn at a controlled uniform speed. By maintaining a well defined vertical speed and immersion time, derivatization conditions can be standardized and «tide marks», which can interfere with densitometric evaluation, are avoided. Key Features: Uniform vertical speed Immersion time selectable The device can be set to accommodate 10 cm and 20 cm plate height Battery operated, independent of power supply
- [TLC Spray Cabinet 2](https://www.nexus-analytics.com.my/product/tlc-spray-cabinet-2/) - The TLC Spray Cabinet ensures the complete removal of reagent mist while manually spraying onto TLC plates with the CAMAG® Glass Reagent Sprayer or the CAMAG® TLC Sprayer. There is no deflection of the spray mist before it reaches the plate, an effect often encountered in a normal laboratory fume hood. Particles rebounding from the plate are completely removed. The TLC Spray Cabinet is also useful for drying plates after development, with or without the assistance of a hairdryer. The cabinet is made of PVC. The blower, a radial fan driven by a motor outside of the fume duct, produces an airflow of 130 cubic feet (3.7 cubic meter) per minute. The bottom of the TLC Spray Cabinet has a built in tray, which is removable for easy cleaning. Key Features: TLC Spray Cabinet 2 for removal of reagent mist with the integrated fan Connected to a fume hood Protects user and laboratory environment from reagent mist
- [TLC Sprayer](https://www.nexus-analytics.com.my/product/tlc-sprayer/) - The TLC Sprayer with the integrated pump unit is used for manual spraying of derivatization reagents onto TLC plates. Two differents spray heads are available. For solutions of regular viscosity, e.g. lower alcohol solutions, spray head A is suitable. For solutions of higher viscosity, e.g. sulfuric acid reagents, the spray head B is recommended. Air is used as propellant. Key Features: -Easy to use, with electro-pneumatic spray function -Formation of fine aerosol with particles of 0.3 to 10 µm -Low reagent consumption -With Charger unit -Two different spray heads available
- [Glass Reagent Sprayer](https://www.nexus-analytics.com.my/product/glass-reagent-sprayer/) - The Glass Reagent Sprayer is used for manual reagent transfer onto TLC plates. Homogeneity is lower compared to automated spraying with the CAMAG® Derivatizer. It is recommended to use the Glass Reagent Sprayer in the CAMAG® TLC Spray Cabinet 2 to protect the user from reagent mist while spraying. Key Features: For manual spraying of all common derivatization reagents Chemical-resistant
- [UV Lamp 4](https://www.nexus-analytics.com.my/product/uv-lamp-4/)
- [UV Cabinet 4](https://www.nexus-analytics.com.my/product/uv-cabinet-4/) - The UV Cabinet 4 is designed for inspecting thin-layer chromatograms or other objects under UV light in absence of ambient light. It consists of a UV Lamp 4 and the Viewing Box 4. The front of the Viewing Box 4 is closed with a roller shutter. Eyes are protected by the UV filter in the viewing window. The distance between UV lamp and object is optimally selected for homogeneous illumination and observation of the entire TLC plate through the viewing window. Key Features: Two UV tubes for illumination (UV 254 nm & UV 366 nm, each 8W) Minimum space requirements through small footprint Eyes protected through UV filter in the viewing window Almost no influence of ambient light For any plate format up to 20 x 20 cm
- [BioLuminizer® 2](https://www.nexus-analytics.com.my/product/bioluminizer-2/) - The BioLuminizer® 2 is a detection system specifically designed to detect bioluminescence on HPTLC plates. It is consisting of a compartment excluding any extraneous light, climate-controlled for extended stability of the plate, and a 16 bit CCD digital camera of high resolution and high quantum efficiency. It features ergonomic design and easy, intuitive handling in stand-alone mode using the special software. With the BioLuminizer® 2 bioactivity can be detected and registered economically and with the short response time. Special antibacterial protection measures are not necessary, as the luminescent bacteria Allivibrio fischeri are non-pathogenic. Hyphenating HPTLC and bioassay is an excellent tool for identification of single toxic compounds in complex sample matrices. The method is suitable for the detection of toxins in foodstuff, beverages, cosmetics, wastewater, drinking water, and for the detection of bioactivity in natural products. After chromatographic separation of the complex sample the plate is immersed in a suspension of luminescent bacteria Allivibrio fischeri. The reaction takes place within a very short time. All zones with inhibitory or toxic effects appear as dark zones on the luminescent plate background. Key Features: Cooled 16 bit CCD camera Optimized plate compartment to keep bacteria moist Small footprint Easy to clean HPTLC plates (20 x 10 cm, 10 x 10 cm) Stand-alone operation using BioLuminizer® 2 software
- [TLC Visualizer 3](https://www.nexus-analytics.com.my/product/tlc-visualizer-2/) - The visual presentation of the complete chromatogram showing all samples and standards side by side is one of the most convincing arguments for (High-Performance) Thin-Layer Chromatography. No other chromatographic technique can directly express the result as a color image and make it available for visual evaluation. To reproducibly acquire and preserve best quality images of TLC/HPTLC chromatograms under different illuminations this high-end imaging and documentation system is available. With its digital CCD camera a maximum resolution of 82 μm on the plate is obtained. For electronic image acquisition the camera – like the human eye – captures polychromatic visible light. Under white light illumination it is the light reflected from the layer background. Under long-wavelength UV light (366 nm) it is the light emitted by fluorescent substances. When short-wavelength UV light (254 nm) is used, substances absorbing UV 254 appear as dark zones, provided the layer contains a fluorescence indicator (fluorescence quenching). Key Features: CCD camera Illumination under UV 254 nm, UV 366 nm, and white light Side by side comparison of tracks with Comparison Viewer Image-based evaluation Any plate format up to 20 x 20 cm Software-controlled with visionCATS
- [TLC Scanner 4](https://www.nexus-analytics.com.my/product/tlc-scanner-4/) - The TLC Scanner 4 is the most advanced workstation for densitometric evaluation of TLC/HPTLC chromatograms and other planar objects. It measures the reflection of separated compounds in absorption and/or fluorescence mode. Controlled by visionCATS software the TLC Scanner 4 enables quantitative evaluation of the generated densitometric data. The spectral range of light from 190 to 900 nm is available for selecting single or multiple wavelengths for scanning densitometry. Detection can thus be fine-tuned to match the spectral properties of the analyte to its optimized specificity and sensitivity of the detection. Key Features: -Measurement of reflection, either in absorbance and/or fluorescence -Spectral range from 190 to 900 nm -Data step resolution 25–200 μm -Spectrum recording up to 100 nm/s -Any plate format up to 20 x 20 cm -Software-controlled by visionCATS
- [TLC-MS Interface 2](https://www.nexus-analytics.com.my/product/tlc-ms-interface-2/) - The TLC-MS Interface 2 enables users to directly analyze zones from TLC and HPTLC plates by Mass Spectrometry. A substance confirmation can be obtained in less than a minute. Through the pioneering concept of hyphenating High-Performance Thin-Layer Chromatography with Mass Spectrometry unequivocal substance identification is possible. The TLC-MS Interface 2 can be installed plug & play with any LC-MS system without adjustments or mass spectrometer modifications. Depending on the MS system, a substance can be identified within a minute via its mass spectrum, or for an unknown substance zone, the respective sum formula can be obtained. Furthermore, interesting zones can be eluted into vials for further investigations with, e.g., NMR, (ATR-)FTIR, ESI-MS, and MALDI-MS. The chromatogram zones are eluted from the HPTLC plate with methanol or another suitable solvent with the flow speed appropriate for the LC-MS system. The round elution head is used for circular zones and the oval elution head for zones in the form of bands. After elution, the eluate is either directly transferred to the mass spectrometer or collected in a sample vial for further offline analysis. The TLC-MS Interface 2 features a modified elution head and an easily accessible, exchangeable filter, arranged in front of the valve. Cleaning is facilitated as compared to the previous version, making it highly efficient. By pushing a button, the elution path is cleaned of matrix particles with compressed air, increasing the lifetime of the filter and preventing the system from becoming blocked. These filters can be easily replaced without any modification to the elution head. Plate positioning is significantly simplified: together with the positioning scale and the adjustable plate-stopper, the integrated crosshair laser enables accurate and reproducible positioning of the plate. Alternatively, the coordinates determined by the TLC Visualizer 2 or the TLC Scanner 4 can be used to precisely position the HPTLC plate. Key Features: Rapid and contamination-free elution of selected zones Direct transfer to any mass spectrometer Plug & play installation Confirmation of known substances within a minute Any plate format up to 20 x 20 cm
- [HPTLC Software visionCATS](https://www.nexus-analytics.com.my/product/hptlc-software-visioncats/) - The visionCATS software organizes the workflow of the HPTLC analysis, controls the CAMAG instruments, and manages data evaluation. visionCATS stands for ease of use and intuitive simplicity. The software organizes the workflow of HPTLC, controls the involved CAMAG® HPTLC PRO Modules and CAMAG® instruments, and manages data. The easy to navigate user interface effectively guides the user through the chromatographic process – from definition of samples and substances to reporting of results. Simply select one of the default methods and start working: fill in the sample table, select a developing solvent and the derivatization reagent. If necessary modify detection parameters. Then visionCATS will guide you. Creating your own method is easy as well: just select the desired steps. The new sample-oriented approach allows for creating virtual plates from tracks originating from different plates, e.g. for batch-to-batch comparison or long-term stability testing. With visionCATS relevant samples can be located easier and faster than ever: a powerful search tool within the file explorer that includes extended preview functionalities enables the user to easily search for text and date, samples, methods, and analysis files. Custom search filters can also be created. Key Features: Comparison Viewer With the Comparison Viewer images and profiles of tracks originating from the same or different plates and/or different detection modes can be compared on the same screen side by side. Spectra obtained by spectrum scan with the TLC Scanner 4 can be compared as well. Image Enhancement Tools visionCATS supports low-noise, high-dynamic-range imaging (HDRI) and includes a comprehensive set of Image Enhancement Tools. Scanning Densitometry and Spectral Evaluation Following their chromatographic separation substances on the plate can be measured by Scanning Densitometry. Recording of UV/VIS spectra and their comparison with reference spectra allows identification. Quantitative Analysis To determine the substance concentration in a sample after densitometric or image analysis, five different quantification functions (e.g. linear and polynomial regression modes) are available. Several scanning steps and up to five different evaluations can be performed in one analysis file. HPTLC Method Library For seamless import of validated methods and images of standards and reference materials, visionCATS provides a free of charge HPTLC Method Library for licensed users. Regulatory Compliance visionCATS supports compliance with cGMP/cGLP and 21 CFR Part 11. State-of-the-art Software Architecture visionCATS is based on a client/server system, enabling scalability from a single workstation to a multi-user lab network.
- [HPTLC PRO Module APPLICATION](https://www.nexus-analytics.com.my/product/hptlc-pro-module-application/) - The HPTLC PRO Module APPLICATION is part of the CAMAG® HPTLC PRO SYSTEM – the first fully automated HPTLC system worldwide. It is designed for highly precise application of samples as bands onto HPTLC glass plates. Controlled by the CAMAG® HPTLC Software visionCATS, the autonomous application of up to 75 samples is supported (on up to five HPTLC plates). Users have the choice to operate a module as stand-alone or as part of the HPTLC PRO SYSTEM. If two or more modules are connected to form a system, a conveyor moves the HPTLC plate from one module to the other. Key Features: Part of the fully automated HPTLC PRO SYSTEM Spray-on application of samples as bands Autonomous application of up to 75 samples HPTLC glass plates (20 x 10 cm) Software-controlled by visionCATS Key Benefits: Highly precise application zones through optimized spraying procedure adapted for each sample solvent Advanced cleaning capacities (two rinsing solutions) Improved cleaning procedure and application strategy to prevent cross contamination Minimized sample and solvent consumption
- [HPTLC PRO Module DEVELOPMENT](https://www.nexus-analytics.com.my/product/hptlc-pro-module-development/) - The HPTLC PRO Module DEVELOPMENT is part of the CAMAG® HPTLC PRO SYSTEM – the first fully automated HPTLC system worldwide. The sophisticated developing chamber of the CAMAG® HPTLC PRO Module DEVELOPMENT revolutionizes the development step: its geometry allows for the full control of the gas phase prior to and during chromatography, enabling the Module DEVELOPMENT to obtain highly reproducible analytical results, while the duration of pre-conditioning and activation of the stationary phase is significantly reduced. Controlled by the CAMAG® HPTLC Software visionCATS, the Module DEVELOPMENT allows for the preparation of several analysis files, which can be executed sequentially, enabling the autonomous development of up to five different HPTLC glass plates (20 × 10 cm) with up to three different developing solvents. Users have the choice to operate a module as stand-alone or as part of the HPTLC PRO SYSTEM. If two or more modules are connected to form a system, a conveyor moves the HPTLC plate from one module to the other. Key Features: Part of the fully automated HPTLC PRO SYSTEM Development of up to 5 HPTLC plates (20 x 10 cm) Supports up to 3 different developing solvents HPTLC glass plates (20 x 10 cm) Software-controlled by visionCATS Key Benefits: Low chamber volume for better control of the gas phase Fast activation and pre-conditioning of the stationary phase (due to active circulation of the gas phase) Full control of the gas phase during development Sensor-controlled constant volume of the developing solvent in the chamber during development Significant time savings due to active gas phase handling Optimized cleaning procedure between different developing solvents User-independent reproducibility
- [HPTLC PRO Module DERIVATIZATION](https://www.nexus-analytics.com.my/product/hptlc-pro-module-derivatization/) - The HPTLC PRO Module DERIVATIZATION (patented technology) is part of the CAMAG® HPTLC PRO SYSTEM – the first fully automated HPTLC system worldwide. The HPTLC PRO Module DERIVATIZATION – anticipated launch in 2020 – will be used for fully automatic application of derivatization reagents onto HPTLC glass plates (20 x 10 cm). For micro-droplet spraying, different nozzles will be available and automatically cleaned after each spraying step, avoiding cross-contamination. A plate heating unit will be already integrated in this module. The CAMAG® HPTLC Software visionCATS allows you to prepare several analysis files, which can be used sequentially. In this mode, the application of derivatization reagent on up to five plates will be supported (with up to two different reagents without manual intervention). As a part of the CAMAG® HPTLC PRO SYSTEM, the Module DERIVATIZATION shares several components with the other modules and has a similar design. Users have the choice to operate a module as stand-alone or as part of the HPTLC PRO SYSTEM. If two or more modules are connected to form a system, a conveyor moves the HPTLC plate from one module to the other. Key Features: Part of the fully automated sample analysis and evaluation by HPTLC PRO Low reagent consumption (3 mL) Optimal cleaning procedure between nozzle changes Integrated plate heating unit HPTLC glass plates (20 x 10 cm) Environmentally friendly and safe handling through a closed system Software-controlled by visionCATS
- [HPTLC PRO Module PLATE STORAGE](https://www.nexus-analytics.com.my/product/hptlc-pro-module-plate-storage/) - The HPTLC PRO Module PLATE STORAGE is a part of the CAMAG® HPTLC PRO SYSTEM, which is the first fully automated HPTLC system worldwide. Hosting two stackers for five clean and five processed HPTLC glass plates (20 × 10 cm), each, the HPTLC PRO Module PLATE STORAGE enables the autonomous operation of the HPTLC PRO SYSTEM. It is essential for the sequential development of several plates (Module APPLICATION holds up to 75 samples) by providing the system with clean plates and storing the processed plates during or after analysis. With the Module PLATE STORAGE, the HPTLC PRO SYSTEM runs autonomously. This eliminates the human factor and results in the highest analytical quality and maximum reproducibility. Fully integrated in and controlled by the CAMAG® HPTLC Software visionCATS, the Module PLATE STORAGE optimizes the process time of sequential analyses through seamless loading and unloading of clean and processed plates, and, if necessary, through temporary storage of plates within a process. To avoid cross-contamination of plates, the Module PLATE STORAGE features a fume extraction system for the active suction of vapors from the processed stacker. Key Features: Part of the fully automated HPTLC PRO SYSTEM Automated feeding of HPTLC glass plates (20 x 10 cm) Up to five new plates in one compartment The temporary storage of plates within a process, if necessary Finished plates stored at a separated second compartment (up to five) Software-controlled by visionCATS Key Benefits: Enables the autonomous processing of up to five HPTLC plates in the HPTLC PRO SYSTEM One-time plate loading prior to the analyses improves workflow and efficiency Optimal process time through seamless plate loading and unloading No cross-contamination of plates Possibility to run a sequence of analyses autonomously overnight
- [Accelerating Rate Calorimeter 244 (ARC®)](https://www.nexus-analytics.com.my/product/accelerating-rate-calorimter-arc/)
- [Differential Scanning Calorimeter - DSC 204 F1 Nevio](https://www.nexus-analytics.com.my/product/differential-scanning-calorimetery-dsc/) - Precise and Reliable DSC Results for Pharmaceuticals, Foods and Cosmetics The instrument serves for the investigation of: Melting temperatures and enthalpies of fusion Polymorphism (ability of a solid substance to exist in multiple forms or crystal structures) Crystallization temperatures and enthalpies Glass transitions (characteristic for amorphous areas or amorphous substances) Solid-solid interactions (e.g., between ingredients in a physical mixture) Phase diagrams Eutectic purity Solid-fat content (SFC) Reaction temperatures and enthalpies Specific heat capacity (cp) Cross-linking reactions (curing) Oxidation-induction time and temperature (OIT (isothermal), OIT (dynamic), OOT) Key Features: Software which actively supports you – AutoEvaluation and Identify Various sensor types to adapt instrument to different application needs Excellent sensitivity and high resolution Automatic sample tray identification Measuring methods independent of instrument Efficient and cost-effective cooling - In pharmacy, cosmetics and food, most DSC instruments are equipped with a mechanical cooling system (intracooler). However, if very low start temperatures are required, a liquid nitrogen cooling device can be simultaneously connected to the DSC 204 F1 Nevio. In this case, the LN2 cooling will only be activated at temperatures below -85°C, which reduces the liquid nitrogen consumption considerably.
- [Differential Scanning Calorimeter - DSC 204 F1 Phoenix](https://www.nexus-analytics.com.my/product/dsc-204-f1-phoenix/) - The premium DSC for all requirements The versatile Premium Differential Scanning Calorimeter, DSC 204 F1 Phoenix®, fascinates with its unique concept: all essential operational components are integrated into the instrument and optional add-ons can be installed anytime on site. The DSC measuring cell consists of a cylindrical high-conductivity silver block with an embedded heating coil for broad thermal symmetry (3D symmetry) in the sample chamber, the cooling ports for liquid nitrogen or compressed air cooling and a cooling ring for connection of the intracooler (also with simultaneous liquid nitrogen cooling). The gas-tight construction and integrated mass flow controllers for the purge and protective gases allow coupling to an FT-IR or MS for gas analysis. Exchangeable sensors are tailored to their tasks: With its disk-shaped silver carrier plate and supersensitive thermosensors of nickel-chromium constantan, the Tau-sensor offers a high level of calorimetric sensitivity along with extremely short signal time constants of only 0.6 seconds, which guarantees good separation of overlapping thermal effects. The µ-sensor stands out for its high level of calorimetric sensitivity, never before achieved with a Differential Scanning Calorimeter, DSC. For example, it is extremely well suited for pharmaceutical applications with small sample weights.
- [DSC 204 HP Phoenix® (High Pressure Differential Scanning Calorimeter)](https://www.nexus-analytics.com.my/product/dsc-204-hp-phoenix/) - The high-pressure DSC for specific reactions Numerous physical processes and chemical reactions are influenced by the surrounding gas pressure. In practise it is therefore often necessary to conduct DSC measurements under increased pressure. With the high-pressure Differential Scanning Calorimeter, DSC 204 HP Phoenix®, thermal effects in a sample can be analyzed in the pressure range from vacuum to 15 MPa (150 bar) and at temperatures from -150°C to 600°C, depending on the type of gas. The sample chamber atmosphere can be static or dynamic. The electronic pressure monitor and control, along with exact regulation of the purge gas flow, provide for excellent accuracy and reproducibility of the measurement results. The proven CC 200 L for liquid nitrogen cooling is available for the low-temperature range. The safety of the high-pressure DSC system has been certified through design tests and is guaranteed during operation by the appropriate safety components.
- [Differential Scanning Calorimeter - DSC 214 Nevio](https://www.nexus-analytics.com.my/product/dsc-214-nevio/) - Studying Phase Transformations of Pharmaceuticals, Foods and Cosmetics Information obtained by differential scanning calorimetry (DSC): Melting temperatures and enthalpies Polymorphism Crystallization temperatures and enthalpies Glass transitions Solid-solid interactions (e.g., compatibility) Phase diagrams Eutectic purity Solid-fat content Reaction temperatures and enthalpies Cross-linking reactions (curing) Oxidation-induction time and temperature (OIT (isothermal), OIT (dynamic), OOT) Key Features: Intelligent software – AutoEvaluation and Identify Fits into even the smallest of labs. Even the basic version of the instrument comes with everything necessary to perform measurements correctly and evaluate them successfully. Using the SetPoint function, it is possible to schedule the day and time when the cooling device and the gas flow should be active, so the DSC is always ready for work right on time. Perfectly synchronized sensor/crucible system The automatic sample changer (ASC) works overnight or during the weekend
- [Differential Scanning Calorimeter - DSC 404 F1 & F3 Pegasus® (High Temperature DSC)](https://www.nexus-analytics.com.my/product/dsc-404-f1-f3-pegasus/) - The DSC 404 F1 Pegasus®, High-Temperature Differential Scanning Calorimeter, is designed for the exact determination of specific heat of high-performance materials at high temperatures. Determination of thermodynamic properties of ceramics and metallic high-performance materials Performance of quantitative enthalpy and cp determinations in a pure gas atmosphere Vacuum-tight up to 10-4 mbar for creation of highly pure atmospheres for tests on materials sensitive to oxidation Characterization of amorphous metals, shape memory alloys and inorganic glasses The DSC 404 F3 Pegasus®, High-Temperature Differential Scanning Calorimeter, is part of the economical NETZSCH F3-product line, which is specially tailored to the requirements of comparative material characterization and quality control. The sample chamber can be purged with inert or oxidizing gases in order to remove gases evolved from the sample. The measuring system is vacuum tight (10-4 mbar).
- [Dilatometer - DIL 402 Expedis Classic](https://www.nexus-analytics.com.my/product/dil-402-expedis-classic/) - The new dilatometer DIL 402 Expedis Classic offers state-of-the-art dilatometer technology and is designed for sophisticated applications. Like all instruments of the DIL Expedis series, the Classic version features the revolutionaryNanoEye measuring cell; a new dimension in measuring range and accuracy. Key Features: All-In-One Design & Long Life Cycle - The DIL Expedis Classic is available as a single or dual/differential system. In both versions, the all-in-one design incorporates all hardware components which are usually necessary for precise dilatometer measurements. There is no inconvenient cable tangle nor is an external chiller required. Ease of Use - Major simplification begins with preparation of the measurement by using method-based test routines predefined by the operator Long Life Cycle - Expedis Classic supports your smooth production flow by maintenance-free operation, low work load, long life cycle, simplified and safe operation. The system’s optimized design also includes effortless exchanging of the sample holder system with no risk of distortion. Applications: Understanding of Sintering Behavior Determination of Quality Parameters in Glass Production
- [Dilatometer-DIL 402 Expedis Select & Supreme](https://www.nexus-analytics.com.my/product/dil-402-expedis-select-supreme/) - The new dilatometer DIL 402 Expedis Select and Supreme offer state-of-the-art dilatometer technology and are designed for a wide range of sophisticated applications. All instruments of the DIL Expedis series feature the revolutionary NanoEye measuring cell; a new dimension in measuring range and accuracy. It is the first horizontal dilatometer series on the market which allows for force modulation and, by this means, bridges the gap between dilatometry and thermomechanical analysis (TMA) under oscillatory load. These two versions are specially designed for both research & development and sophisticated industrial applications: The comprehensive, fully-equipped Supreme model and the upgradable Select type. Key Features: Maximum Fexibility & High Sample Throughput 3 Gas Paths & Ready for Evolved Gas Analysis Automatic Sample Length Detection & MultiTouch
- [Dynamic Mechanical Analysis - DMA 242 E](https://www.nexus-analytics.com.my/product/dma-242-e/) - The Most Versatile DMA in the World The new DMA 242 E Artemis combines ease of handling with the user-friendly Proteus® measurement and evaluation software. This makes it fast and easy to characterize the dynamic mechanical properties as a function of frequency, temperature and time. Its modular design along with a wide variety of sample holders and cooling systems allow the DMA 242 E Artemis to handle a broad range of applications and samples. Key features: Logarithmic or linear scaling of the results (e.g. storage modulus, loss modulus, damping factor, resilience, length change) in up to 4 Y axes Display of the measurement parameters (e.g. force, displacement, amplitude, offset) as a function of time, temperature and frequency. Definition of values on every data plot Length-change curve with evaluation of the coefficient of linear thermal expansion Superposition (master curve) in accordance with the Williams-Landel-Ferry-equation Activation energy in accordance with Arrhenius analysis Cole-Cole diagram Force-displacement or stress-strain diagram Tension-expansion diagram for strain/stress sweeps (optional)
- [DMA GABO EPLEXOR (High Force DMA)](https://www.nexus-analytics.com.my/product/dma-gabo/) - The testing instruments of the DMA GABO EPLEXOR®® series up to ±500 N enable the dynamic mechanical (or static) characterization of a wide range of different materials including elastomers and polymers, composites, metals, glasses, ceramics, biomaterials and foods, adhesives, and liquids. The modular design of the high-force DMA systems allows for measurements in the tension, compression, bending and shearing modes. The testing machines in this series differ from each other mainly in terms of their maximum dynamic force ranges of ±25 N, ±100 N, ±150 N and ±500 N. All testing machines in this series are conform to standards such as DIN 53513, ISO 6721/1, ISO 6721/4, ISO 6721/5, ISO 6721/6, ISO 4664, ASTM D4065, and ASTM D4473.
- [Multiple Module Calorimeter -MMC 274 Nexus®](https://www.nexus-analytics.com.my/product/multiple-module-calorimeter-mmc/) - Various Modules in One Calorimeter The MMC 274 Nexus® consists of two parts: the base unit with electronics and the exchangeable calorimeter module. This guarantees maximum flexibility. Exchangeable calorimeter modules are available for different applications. The Accelerating Rate Calorimeter (ARC®) module can be used for standard process safety work. The External heater module can be employed for more sophisticated measurements. Key Features: Multiple testing modes in one instrument for wide application coverage Scanning mode (constant power, constant heating rate) Isothermal mode Adiabatic mode with Heat-Wait-Search for process safety tests Exchangeable calorimeter modules in one table-top instrument ARC module for safety testing External sample heater module for scanning tests as with DSC Wide temperature range up to 500°C Wide pressure range up to 150 bar (15 MPa) Various sample containers of different materials and volumes Proteus® software for the evaluation of onset, peak, area, etc., which may be combined with other thermoanalytical data in one plot Applications: Chemical Processing Industries Process development and safety Kinetics, ΔHr Vapor pressures, VLE Storage and Transportation of Chemicals Energetic Materials Testing Batteries Isothermal charging and discharging of coin cell Thermal stability of full cells Component testing (cathode materials, electrolytes) Physical Properties Measurements
- [Simultaneous Thermal Analyzer - STA 449 F1 Jupiter®](https://www.nexus-analytics.com.my/product/sta-449-f1-jupiter/) - Fascinating Flexibility in Thermal Analysis The STA 449 F1 Jupiter® combines unlimited configuration flexibility and unmatched performance in just one instrument. Thermal stability, decomposition behavior, composition, phase transitions, melting processes to be analyzed comprehensively and quickly Easily to use top-loading system with exceptionally precise balance resolution (25 ng resolution at a weighing range of 5g) and highest long-term stability Interchangeable sensors for DSC measurements with highest sensitivity and best reproducibility for reaction/transition temperatures and enthalpies as well as for measurements of specific heat (videoclip for sensor exchange) A variety of optional system enhancements for ideal system adaption to user-defined applications Various furnaces, easily interchangeable by the user, available (optional a swiveling double hoisting device for two furnaces) - please see accessories Pluggable sample carriers (TGA, TGA-DSC, TGA-DTA, etc.) Automatic Sample Changer (ASC) for up to 20 samples Automatic evacuation and refilling (AutoVac) Plenty of accessories, e.g. sample crucibles in the most varied of forms and materials Unique for STA: temperature-modulated DSC (TM-DSC) All these features make the new developed STA 449 F1 Jupiter® the ideal tool for thermal analysis of materials in the fields of research, developments and quality assurance.
- [Simultaneous Thermal Analyzer - STA 449 F3 Jupiter®](https://www.nexus-analytics.com.my/product/sta-449-f3-jupiter/) - Fascinating Flexibility in Thermal Analysis The simultaneous thermal analyzer NETZSCH STA 449 F3 Jupiter® allows the measurement of mass changes and thermal effects between -150°C and 2400°C. The high flexibility caused by the various sensors, the great variety of sample crucibles and the wide TGA-measuring range makes the system applicable for analysis of all kinds of materials including also inhomogeneous substances. Easily interchangeable sample holders allow the optimal system adaption to the diverse application areas (TGA, TGA-DTA and TGA-DSC measurements). TGA features: Mass changes in wt% or mg Automatic evaluation of mass-change steps Determination of residual mass Extrapolated onset and end temperatures Peak temperatures of the 1st and 2nd derivative of the mass-change curve Automatic baseline and buoyancy correction c-DTA® for calculated DTA signal with evaluation of characteristic temperatures and the peak area (optional for TGA measurements) DSC features: Determination of onset, peak, inflection and end temperatures Automatic peak search Transformation enthalpies: Analysis of peak areas (enthalpies) with selectable baseline and partial peak area analysis Enthalpy determination allowing for mass changes Complex peak analysis with all characteristic temperatures, area, peak height and half-width Comprehensive analysis of glass transitions Automatic baseline correction Degree of crystallinity OIT (oxidative induction time) evaluation Specific heat determination (optional) BeFlat® for automatic DSC baseline correction (optional) Tau-R® Mode: takes into account the time constant and thermal resistance of the instrument and reveals thus sharper DSC effects from the sample (optional available for the use with DSC sample carrier) DSC correction: Evaluation of exo- and endothermal effects under consideration of system time constants and thermal resistance values (optional) TM-DSC module software extension for temperature-modulated DSC tests (optional)
- [Heat Flow Meter- HFM 446 Lambda Series](https://www.nexus-analytics.com.my/product/hfm-446_heat-flow-meter/) - The perfect solution for quality assurance of thermal insulating materials The most important role here is played by the material parameter thermal conductivity (amount of heat per second flowing through a material layer of a thickness of 1 meter and an area of 1 m² when the temperature difference amounts to 1 K). The thicker the material layer through which the heat flows, the higher the thermal resistance (R-Value) that the material layer presents to the quantity of heat to be transported. The reciprocal value of the thermal resistance is the thermal transmittance (U-Value), usually specified for structural components. No matter whether for expanded polystyrene (EPS), extruded polystyrene (XPS), PU rigid foam, mineral wool, bloated perlite or foam glass, cork, fleece or natural fiber materials – no matter whether for building materials containing phase change materials, aerogels, concrete, plaster or polymers – the new HFM 446 Lambda Medium features a new standardized method for the measurement of thermal conductivity which is equally applicable in research and development and in quality assurance. A temperature gradient is set between two plates through the material to be measured. By means of two highly accurate heat-flow sensors in the plates, the heat flow into the material and out of the material, respectively, is measured. If the state of equilibrium of the system is reached and the heat flow is constant, the thermal conductivity can be calculated with the help of the Fourier equation as long as the measurement area and thickness of the sample are known.
- [Light Flash Apparatus- LFA 467 Hyperflash®](https://www.nexus-analytics.com.my/product/lfa467-hyperflash/) - New Dimensions in the Measurement of Thermal Diffusivity and Conductivity – Fast, Simple, Economical Accurate thermal diffusivity and thermal conductivity measurements between RT and 1250°C with Xenon Flash The LFA 467 HT HyperFlash® is based on the already-established LFA 467 HyperFlash® technology and requires no laser class due to the innovative light source system. The long lifetime of the xenon lamp provides cost-effective measurements until 1250°C without costly consumables. ZoomOptics – For precise measurement results by an optimized field of view The patented ZoomOptics system (patent no.: DE 10 2012 106 955 B4 2014.04.03) optimizes the field of view of the detector, thus eliminating any influences caused by aperture stops. The result is a significant increase in the precision of the measurement results. Ultra-fast sampling rate (up to 2 MHz) and extremely short pulse widths (up to 20 µs) enabling measurement of thin and highly conducting materials The data acquisition rate of the LFA 467 HyperFlash® series was increased to 2 MHz. This acquisition rate applies to both the IR detector and the pulse mapping channels. Thereby, highly conductive and/or thin materials requiring very short test times can be reliably tested. When testing metal (0.3 mm) and polymer foils (30 μm), an optimum sampling rate and pulse width can be selected. The patented pulse mapping system accounts for the finite pulse width effect and heat losses (patent no.: US7038209 B2; US20040079886; DE1024241). Vacuum-tight for defined atmospheres and prevention of oxidation An internal pump device supports defined atmospheres by an automatic evacuation function prior to each measurement. Additional connections for external pump devices are available. The vacuum-tight platinum furnace allows for heating rates up to 50 K/min. High throughput and precision – 4 samples 4 thermocouples Effective sample throughput over the entire temperature range is guaranteed by the automatic sample changer (ASC). Each of the ASC’s four sample positions is equipped with its own thermocouple. This results in drastically minimized temperature deviations between the sample and temperature measuring position. The ASC is designed for sample dimensions of 12.7 mm (round) and 10 mm (round and square). All accomplished while still possessing the smallest footprint The LFA 467 HT HyperFlash® is the first flash lamp-based LFA system to reach temperatures until 1250°C. One single furnace with an integrated sample changer covers the entire temperature range, providing the small footprint that the LFA 467 HyperFlash® series is well known for. Even at such elevated temperatures, an efficient internal water cooling circuit keeps the temperature of the surrounding components within a safe range, thereby reducing the liquid nitrogen consumption of the IR detector.
- [Thermogravimetric Analyzer- TG 209 F1 Libra®](https://www.nexus-analytics.com.my/product/tg-209-f1-libra/) - The vacuum-tight thermo-microbalance for highest demands Faster and more comprehensive characterization of materials Based on over 50 years of experience in thermogravimetry, NETZSCH has developed the thermobalance TG 209 F1 Libra®. This instrument allows for analyses to be carried out even faster, more accurately, and across an extended temperature range. Twice as fast by means of BeFlat® In contrast with other thermobalances, no time-consuming baseline determinations need normally to be carried out with the TG 209 F1 Libra® prior to measurement. The unique BeFlat® function of the Libra automatically compensates for any external factors influencing the measurement. This cuts work hours by up to 50%, leaving more time available, for example, for further measurements. 20 times faster due to high heating rates The heart of the TG 209 F1 Libra® is the micro furnace made of high-performance ceramics. It not only allows for a wider sample temperature range of up to 1100°C, but also for heating rates of up to 200 K/min. The user can thus receive the results of the analysis – even at highest temperature – within a few minutes, i.e. 20 times faster than for other thermobalances. More comprehensive and faster characterization by patented c-DTA® With the TG 209 F1 Libra®, the sample temperature is measured directly. Endo- and exothermal reactions can now be detected and show, for example, the melting point of the sample, in the evaluation. This yields considerably more information on the sample behavior without having to carry out further measurements. High-performance ceramics for a long lifespan The lifespan of the new, especially designed ceramic furnace – even when investigating materials containing corrosive components – is many times longer than that of conventional thermobalances. The analysis of fluorinated or chlorinated polymers is therefore no problem. The reaction and purge gases flow in the natural, vertical direction. Condensation on measure-relevant components (sample holders) can therefore be excluded. This not only is gentle on the material but also prevents the occurrence of the dreaded memory effect which can distort subsequent measurements in conventional systems. TGA features: Mass changes in % or mg Automatic evaluation of mass changing steps Determination of mass-/ temperature pair of variates Determination of the residual mass Extrapolated onset and endset Peak temperatures of the 1st and 2nd derivate of the mass changing curve Automatic baseline- and buoyancy-correction c-DTA® for the calculated DTA signal for recognition of endo- and exothermal reactions Super-Res® for automatic rate controlled mass change and high-resolution temperature programs (optional) Sectoral software solutions for conformity, e.g., to GLP and GMP
- [Thermogravimetric Analyzer - TG 209 F1/ F3 Nevio](https://www.nexus-analytics.com.my/product/tg-209-f1or-f3-nevio/) - Information obtained by thermogravimetric analysis (TGA): Mass changes Decomposition behavior Pyrolysis Solvent content (e.g., water amount) Oxidation Shelf life Thermal kinetics (combined with Kinetics Neo) Features of the TG 209 F3 Nevio: SmartMode – You don´t need to be an expert to carry out successful TGA runs The simplified SmartMode user interface is specifically useful for routine tasks. To start a measurement, all one needs to do is call up the corresponding measurement method and type in the sample-specific information such as sample name and sample mass. If AutoEvaluation (optional) is part of the measurement method, an automatic evaluation of the TGA curve will follow. c-DTA® signal for monitoring endothermic and exothermic effects The sample thermocouple of the TG 209 F3Nevio is in direct contact with the sample crucible and therefore able to detect temperature changes inside the sample. This is the prerequisite for calculating the c-DTA® signal, which can also be used for temperature calibration. Tool-free mounting and dismounting of sample carriers Depending on the application, various sample carrier types are available. Any of these sample carriers can be changed out by the user in less than one minute. Robust and reliable thermobalance The top-loading balance design ensures measurement conditions with very low drift behavior across the entire temperature range from room temperature to 1000°C. Robust top-loading balance arrangement Easy accessibility to the sample and crucible as well as the ability to disconnect the sample carrier from the balance during loading or unloading of the sample are only two examples of how safe handling and maximum usability are ensured. Filter system for trapping decomposition products For maximum safety, the thermobalance is (optionally) equipped with a large filter system, which traps the decomposition products that are released by the samples. The automatic sample changer (ASC) makes routine work easy With the optional automatic sample changer, up to 19 samples can be measured at one go, even if each sample has its own temperature program. In addition, the sample measurements can be evaluated automatically – if this is included in the methods. Features of the TG 209 F1 Nevio: Innovative software solutions – AutoEvaluation and Identify The unique AutoEvaluation software feature offers operator-free evaluation of thermogravimetric effects. Identify is a database-driven recognition system for the identification and classification of materials – all it takes is one click. Direct detection of the sample temperature ‒ determination of endo- and exothermal effects The sample thermocouple is in direct contact with the sample crucible and records all temperature changes inside the sample. Based on this, a c-DTA® signal can be calculated; this displays caloric effects and can be used for temperature calibration. 1100°C at the sample – the temperature displayed corresponds to the sample temperature The sample-temperature-control mode allows for achieving the specified maximum temperature for the TG 209 F1 Nevio system of 1100°C at the sample. Fast, corrosion-resistant ceramic micro furnace The furnace is able to withstand even halogenated evaporation products. In addition, the low volume of the furnace in combination with the water-cooling provides a much faster cooling speed than air-cooled systems. Robust top-loading balance arrangement Easy accessibility to the sample and crucible as well as the ability to disconnect the sample carrier from the balance during loading or unloading of the sample are only two examples of how safe handling and maximum usability are ensured. Ideally suited for being coupled to evolved gas analyzers The vacuum-tight design of the instrument, which allows for the software-controlled evacuation and backfilling of inert gas (via the optional AutoVac), is the feature that provides uniform test conditions and ensures reproducible results. In addition, low gas flow rates result in high detection sensitivity as the evolved gases are only slightly diluted. High sample throughput with the automatic sample changer The automatic sample changer (ASC) is designed for measuring up to 192 samples (2 x 96) plus 12 extra positions for calibration materials or empty crucibles. The optional piercing device allows for the piercing of aluminum lids shortly before the sample pan is inserted into the furnace.
- [Thermogravimetric Analyzer - TG 209 F3 Tarsus](https://www.nexus-analytics.com.my/product/tg-209-f3-tarsus/) - The easy-to-use and cost-effective thermo-microbalance The thermo-microbalance, TG 209 F3 Tarsus®, represents a cost-effective overall concept, tailored not only to the quality assurance of but also to routine applications in the fields of, chemistry, pharmaceuticals, cosmetics and food. This basic instrument for thermogravimetric measurements offers already a resolution of 0.1 µg. The TG 209 F3 Tarsus® operates between room temperature and 1000°C with freely selectable heating rates from 0.001 K/min up to 200 K/min. The accurate sample temperature is detected by a thermocouple in direct contact with the sample crucible. Through the reliable vertical construction with sample carrier lift, the thermo-balance as a top-loader, is easy and safe to use, with no hang-down wires or exposed fragile parts. The calculated DTA-signal (option) not only is ideal for temperature calibration. During sample measurements, it yields important information regarding endothermal processes (e.g. vaporization with mass loss or melting without mass loss) as well as exothermal reactions. For the TG 209 F3 Tarsus® we offer an automatic sample changer (ASC) for up to 20 samples also in different crucible types.
- [Thermomechanical Analyzer- TMA 402 F1/F3 Hyperion®](https://www.nexus-analytics.com.my/product/tma-402-f3-hyperion/) - The heart of the TMA 402 Hyperion® is a highly precise inductive displacement transducer (LVDT). This technology has stood the test of time; it is also used for dilatometers and allows measurement of even the smallest of length changes, into the nanometer range (digital resolution of 0.125 nm). Simultaneous measurement of force and displacement signal The force operating on the sample is generated electromagnetically in the TMA 402 Hyperion®. This guarantees a quick response time for experiments with a changing load, e.g. tests on creep behaviour. A highly sensitive force sensor (digital resolution < 0.01 mN) continuously measures the force exerted via the push rod and readjusts it automatically. This sets the TMA 402 Hyperion® apart from other instruments, which use only preset values. Benefits for you - Modular Concept with interchangeable furnaces (compatible with other NETZSCH instruments) for easy and cost-effective expansion and retrofitting- Gas flows with up to 4 MFCs, controllable via software with programmable atmosphere change for the analysis of e.g. oxidation behavior without manual valve operation - Digitally programmable force or displacement control up to 4 N (only for F1, 3 N for F3) with linear or stepwise force alteration and continuous force modulation for determining visco-elastic properties like relaxation, creep and stress/strain -Various accessories for an expanded application range, e.g., for measuring powders, liquids, pastes or metals Features specific to TMA: Various correction possibilities for taking the expansion behavior of the system itself into account, as well as offset and sample length correction Automatic adjustment of sign for force and displacement signal to the measurement configuration being used Routines for the determination of characteristic temperatures such as onset, peak and final temperatures Evaluation of glass transitions and softening points in accordance with DIN Automatic shut-off at softening point Expansion coefficients: Calculation and presentation of the technical and physical expansion coefficients Automatic sintering step evaluation Rate Controlled Sintering (RCS) Software: Sintering with a constant shrinkage rate (optional) Measurements with variable force: Determination of visco-elastic properties AutoEvaluation automatically and autonomously evaluates thermoanalytical measurement curves without using pre-defined macros.
- [Nicolet™ iS50 FTIR Spectrometer](https://www.nexus-analytics.com.my/product/nicolet-is50-ftir-spectrometer/) - The Nicolet iS50 FTIR Spectrometer gives you definitive answers when fast, easy workflows in your analytical laboratory are crucial. It can be upgraded from a simple FTIR bench to a fully-automated multi-spectral range system that can acquire spectra from far-infrared to visible. You can initiate novel ATR, Raman and NIR modules at the touch of a button, enabling access to these techniques without manually changing system components. Whether you’re looking to create a new API, energy storage material, identify illicit drugs or trying to find a suitable polymer blend the Thermo Scientific Nicolet iS50 FTIR Spectrometer can help you. At the push of a button, you can utilize the permanently aligned sampling modules to acquire more information about your material. Applications: Polymers and Rubbers Forensics Pharmaceuticals Pigments/Paints/Inks Food/Flavors/Oils General Laboratories
- [Nicolet™ iS20 FTIR Spectrometer](https://www.nexus-analytics.com.my/product/nicolet-is20-ftir-spectrometer/) - Maximize laboratory productivity and quickly collect high-quality spectral data with the Thermo Scientific™ Nicolet™ iS20 FTIR Spectrometer. An integrated touch panel allows users of any skill level to quickly analyze challenging samples and a new multi-colour LED scan bar gives users immediate feedback on whether the instrument is in idle, collect or alert mode. Identify unknown contaminants, perform failure analysis and accurately analyze mixtures using the spectral power of the Thermo Scientific™ LightDrive™ Optical Engine built into each instrument. A 10-year warranty on the source, laser and interferometer provide unmatched peace of mind for years to come. Applications: Polymers and Plastics Analytical Services Quality Control QA/QC Pharmaceuticals Education Forensics Gemstone Analysis
- [Nicolet Summit FTIR Spectrometer](https://www.nexus-analytics.com.my/product/nicolet-summit-ftir-spectrometer/) - This spectrometer is ideal for busy QA/QC and teaching labs. Confidently identify sample components and rapidly verify materials with less effort so you can make critical decisions fast. Use the compact Thermo Scientific™ Nicolet™ Summit FTIR Spectrometer to quickly see pass/fail QC results on a multi-colored LED LightBar on the front of the instrument. Reduce the number of steps to take measurements, automate workflows and generate reports with the Thermo Scientific™ OMNIC™ Paradigm Software run on a built-in Windows® computer. Send and share data in the Cloud with Wi-Fi connectivity. Reasons to choose the Nicolet Summit FTIR Spectrometer: Powerful performance - Collect accurate spectra with a signal-to-noise ratio of 40,000:1 and best-in-class spectral resolution (0.45 cm-1) LightBar Feedback - Gives you a quick visual indication of sample quality ranging from 0-100 Library Included- OMNIC Paradigm Software includes a spectral library with up to 10,000 spectra Smart Background - Automatically collect backgrounds while the instrument is idle, cutting analysis time by 50% compared to previous generations 10-year warranty—The powerful LightDrive Optical Engine provides an unmatched 10-year warranty on the interferometer, laser, and source The Nicolet Summit is available in four different models (LITE, X, PRO, and OA) to provide you with the best possible solution to fit your needs. Nicolet Summit X FTIR Spectrometer: The Thermo Scientific Nicolet Summit X FTIR Spectrometer can help you reach new heights in productivity, allowing you to accomplish more in less time. It is ideal for both single-user labs and multi-user labs. Simple yet high-functionality software allows new and experienced users alike to use the instrument with ease. The Nicolet Summit X FTIR Spectrometer is designed with our unique LightDrive Optical Engine for the ultimate in reliability and accuracy. The user-friendly interface of Thermo Scientific OMNIC Paradigm Software makes life in the lab less complicated thanks to programmed applications that streamline data acquisition, processing and interpretation. Reduced workflow set-up time: An intuitive, visual workflow creator with a drag-and-drop functionality guides you through the workflow creation. Audit-ready cGxP compliance: Achieve a high level of data integrity with our database infrastructure, data security software, and audit manager applications that keep you compliant with Pharmacopeia (Ph. Eur., USP, JP, and CP) instrument qualification. 21 CFR Part 11 compliance and data security packages are available. Data analysis anytime, anywhere: With full Wi-Fi connectivity on your PC, you can send data to your Thermo Fisher Connect account in the Cloud and analyze data away from the lab. Share data and collaborate with colleagues anywhere in the world to accelerate your research. Keep students engaged with data they can access in your teaching lab or in their dorm room. OMNIC Paradigm Desktop Software: Find what you need quickly from the Dashboard screen, create libraries, or perform multi-component searching Nicolet Summit LITE FTIR Spectrometer: The Thermo Scientific Nicolet Summit LITE FTIR Spectrometer delivers performance at a price you can afford. The Nicolet Summit LITE incorporates hardware and software innovation that helps users work faster and smarter. Engineered with the same Thermo Scientific LightDrive Optical Engine technology found in more advanced spectrometers, the Nicolet Summit LITE delivers improved instrument performance, increased laboratory productivity, and low cost of ownership, with a 5-year warranty on the interferometer, laser, and source. Nicolet Summit PRO FTIR Spectrometer: Let the Nicolet Summit PRO FTIR Spectrometer help you reach new heights in productivity, so you can accomplish more in less time. Whether you are managing a QA/QC lab or a crowded teaching lab for university students, this spectrometer meets the demands of your busy, multi-user laboratory. Along with the trusted high-performance optics and user-friendly interface of the OMNIC Paradigm Software, the Nicolet Summit PRO FTIR Spectrometer supports a range of useful features: Integrated computer: Save space and money when you run the OMNIC Paradigm Software on the built-in Windows 10® computer LightBar: Unique multi-colored (green, red, blue, yellow) LED lights on the front provide real-time feedback on instrument status and visual PASS/FAIL indication of product quality Touchscreen monitor (optional): Integrated touchscreen eliminated the need for a computer and provides a simplified, fast workflow interface Diamond ATR (optional): Thermo Scientific Everest ATR Accessory with a worry-free, monolithic diamond crystal eliminates the need for sample preparation Wi-Fi and Ethernet connectivity: Link the instrument directly to your network or send data to the cloud (Thermo Fisher Cloud) Compact design: Small footprint and rugged design fits neatly into any laboratory, making it ideal for multi-user QA/QC or teaching labs LightDrive Optical Engine: Improve spectral performance and data reproducibility so your answers stay consistent from one sample to the next; includes a 10-year warranty on IR source, laser, and interferometer Nicolet Summit OA FTIR Spectrometer: The Nicolet Summit OA FTIR Spectrometer delivers reliable data by minimizing the steps needed to measure and identify materials – all in a rugged, compact footprint. Easily develop custom workflows specific to the demands of your facility using OMNIC Paradigm Software. Bundle application-specific workflows into packages for easy implementation. For the ultimate in reliability and accuracy, the Nicolet Summit OA FTIR Spectrometer is designed with our unique LightDrive Optical Engine. Improve data reproducibility: Our state-of-the-art infrared source eliminates hot spot migration, resulting in more consistent spectral data, especially through the integrated HATR accessory Low-cost ownership: A 10-year warranty on IR source, interferometer and laser for minimal maintenance comes standard. Service and support contracts and training are also available from Unity™ Lab Services or from our worldwide network of qualified dealers Factory-verified specification: Do better than just “typical” or “achievable” results
- [DXR™3xi Raman Imaging Microscope](https://www.nexus-analytics.com.my/product/dxr3xi-raman-imaging-microscope/) - The Thermo Scientific™ DXR™3xi Raman Imaging Microscope now reveals research grade imaging faster than ever. With enhanced software features and higher spatial resolution the user can gain visual information instantly. Advanced imaging capabilities coupled with minimal sample prep and intuitive software give users the power of Raman at speeds researchers need. Applications: Nanotechnology Microplastics Polymer/Chemical Electronics Material science Academic research Pharmaceutical Geology
- [DXR™3 SmartRaman Spectrometer](https://www.nexus-analytics.com.my/product/dxr3-smartraman-spectrometer/) - The Thermo Scientific™ DXR™3 SmartRaman spectrometer is a highly automated, push-button operated, dedicated macro-sampling Raman system that brings the power of Raman technology to the routine analysis laboratory. The DXR3 SmartRaman spectrometer is designed for busy multi-purpose analytical labs where the users are looking for reproducible and accurate results from a dependable, low maintenance instrument. Researchers and quality control specialists alike can take advantage of the ease of sample preparation offered by Raman spectroscopy. Recommended for: Forensics – illicit drug identification. Automate measurement of many samples, support infrared ID for backup in court Pharmaceutical – distinguish polymorphs and salt forms, characterize tablets Gemology – rapid ID of coloured stones, distinguishing natural and synthetic diamonds Nanotechnology – characterize bulk nanotubes, QC of nanotubes Academic research – useful in material science, biological studies, and many applied research fields
- [Nicolet™ iN10 Infrared Microscope](https://www.nexus-analytics.com.my/product/nicolet-in10-infrared-microscope/) - Streamline your infrared microanalysis workflow with the Thermo Scientific™ Nicolet™ iN™10 Infrared Microscope. Designed with the simplicity of an FT-IR spectrometer and the ability to measure samples down to a few microns, it is a modern, productive and cost-effective infrared microanalysis solution. It provides answers with the high degree of confidence required by today’s analytical laboratories. Recommended for: Microspectroscopy Material identification Packaging and laminate Coating API mixture distribution mapping Contaminant identification Failure analysis
- [Nicolet™ iN™ 5 FTIR Microscope](https://www.nexus-analytics.com.my/product/nicolet-in-5-ftir-microscope/) - The Nicolet iN5 FTIR microscope features a robust design and an optical setup that allows you to simultaneously view your sample while collecting chemical information– which guarantees the data is from the area you are viewing. Its large field of view makes it easy to locate and target your contaminants and gives you the spatial resolution necessary to perform chemical analysis pinpoint accuracy. The microscope utilizes Thermo Scientific™ OMNIC™ software suite available which has an extensive set of libraries for fast, confident compound identification. Applications: Food safety – identify contaminants in food products; help to assure product quality and avoid production line downtime. Manufacturing – identify defects in plastics, polymers, paints and other industrial uses; help meet quality standards and avoid product holds and recalls. Academia - inspire confidence for first time users; prepare students for technology they will encounter when they enter the workforce.
- [Antaris™ II FT-NIR Analyzer](https://www.nexus-analytics.com.my/product/antaris-ii-ft-nir-analyzer/) - The Antaris II FT-NIR Analyzer Allows You To: Analyze any sample type rapidly and accurately Make regulatory compliance (DQ, IQ, OQ and PQ) easy with the Thermo Scientific™ ValPro™ Instrument Qualification Package Reproduce results regardless of configuration, maintenance, user or environment Achieve fast, precise and accurate measurements in the lab or in the plant Recommended for: Solids Powders Grains Tablets Paste Gel Syrup Films Liquids
- [Nanoparticle Size and Zeta Potential Analyzer | Particle Size Analyzer](https://www.nexus-analytics.com.my/product/partica-la-350-laser-diffraction-analyzer/) - BeNano Series The BeNano series comprises seven models and represents a state-of-the-art generation of nanoparticle analysers that integrate light scattering and transmission techniques. It provides precise measurements of particle size and concentration, zeta potential, molecular weight, refractive index, and rheological properties, all within a single compact system. Features and Benefits Size range: 0.3nm - 15μm Minimum sample volume: 3μL APD (Avalanche Photodiode) detector providing exceptional sensitivity Automatic adjustment of laser intensity Intelligent algorithm of result evaluation DLS backscattering (173°) detection technology User-adjustable scattering volume for concentrated samples PALS (Phase Analysis Light Scattering) technology Programmable temperature control system Compliance with 21 CFR Part 11, ISO 22412, ISO 13099
- [Bettersizer 2600 | Particle Size Analyzer](https://www.nexus-analytics.com.my/product/nanopartica-sz-100v2/) - Bettersizer 2600 The Bettersizer 2600 utilizes proven Laser Diffraction Technology to measure particle sizes ranging from 0.02 to 2,600 μm. Its modular design provides versatile functionality, with the dynamic imaging module enabling combined laser and imaging tests. This extends the measurement range to 3,500 μm while allowing for both particle size and shape analysis. Additionally, the system's flexible dispersion modules support both dry and wet dispersion methods, catering to a wide range of measurement needs. Features and Benefits Wide particle size range: 0.02 to 2,600 μm (wet dispersion); 0.1 to 2,600 μm (dry dispersion); 2.0 to 3,500 μm (dynamic imaging) Dual optical system: Laser Diffraction and Dynamic Imaging Advanced laser diffraction system: combination of Fourier and inverse Fourier design 92 distributed spherical detectors array: detection of light signals from 0.016° to 165° Auto-alignment of the laser diffraction system: elimination of manual adjustments Modular dual-camera imaging system: 24 detailed particle parameters Seamless switching dispersion units: adaptability to both dry and wet methods User-friendly software: efficiency and ease of use Compliance with ISO 13320, 21 CFR Part 11, USP , ISO 13322-2
- [Kinexus Lab+ Rheometer](https://www.nexus-analytics.com.my/product/kinexus-lab-rheometer/) - Rotational rheometer for routine and Quality Control testing The Kinexus lab+ is designed to withstand the rigors of a busy Quality Control laboratory, to provide robust and reliable rheological test capabilities. Ease of use is paramount in this environment, and the rSpace software enables Standard Operating Procedure (SOP) driven rheological testing for test protocols that can be used company wide. Applications: Food & Drink Pharmaceuticals Paints, Inks & Coatings QC Testing
- [Kinexus Pro+ Rheometer](https://www.nexus-analytics.com.my/product/kinexus-pro-rheometer/) - Research grade rheometer for complex fluids characterization Kinexus pro+ rheometer has unprecedented dual-action capabilities for both shear and vertical testing. A modular rheometer with true ‘plug and play’ functionality for all measuring systems and environmental control units, Kinexus also enables pioneering Standard Operating Procedure (SOP) driven rheological testing. It has a wide variety of measurement geometries optimized for rheological characterization of complex fluids and soft solids, including dispersions, emulsions, polymer and surfactant solutions, pastes and gels.
- [Kinexus Ultra+ Rheometer](https://www.nexus-analytics.com.my/product/kinexus-ultra-rheometer/) - Highest specification rheometer bearing system The Kinexus ultra+ rheometer has the highest sensitivity air bearing and widest torque range, coupled with the unprecedented vertical (axial) control capabilities of the Kinexus platform, for advanced rheological testing. Unique sequence-driven rSpace software enables fully customizable test design to allow researchers to set-up and investigate tailored rheological test protocols. It has a wide variety of measurement geometries optimized for rheological characterization of complex fluids and soft solids, including dispersions, emulsions, polymer and surfactant solutions, pastes and gels.
- [Rosand RH2000 Bench Top Capillary Rheometer](https://www.nexus-analytics.com.my/product/rosand-rh2000-bench-top-capillary-rheometer/) - The Rosand RH2000 bench top capillary rheometer provides highly flexible measurement capabilities and configuration options for a wide variety of applications - from polymer melts to pharmaceutical processing, and from foodstuffs to inks and coatings. Single and twin bore barrel options for cost effective routine measurement capability through to dual measurements for simultaneous assessment of absolute shear viscosity and extensional (elongational) viscosities. Maximum drive force (up to 20kN) and maximum speed (up to 1200mm/min) capabilities enable a wide range of shear rates, and correlation with many real material processing conditions. Rigid one-piece cantilever frame design providing extreme mechanical strength and stiffness for a compact bench top unit. Unique swivel head design gives easy access to the rheometer barrel for sample loading and instrument cleaning. Range of optional barrel sizes and barrel materials to permit measurement of thermally-sensitive, chemically-aggressive or aqueous-based samples. Wide range of high precision tungsten carbide dies as standard to cover all materials and test types. Easily interchangeable melt pressure transducers to cover all test requirements – configured with low noise, triple-stage amplifiers for optimized measurement sensitivity at the die entrance. Proprietary bi-modal speed control algorithms to optimize shear rate measurement range for a particular die. Precise sample temperature control using three independent zone heaters, with 10 times DIN accuracy platinum resistance thermometers. High temperature (500°C maximum) and cooling coil options also available. Nitrogen purge option available to minimize sample degradation. Accessories for die swell measurement for evaluation of elastic samples. Easy to use Flowmaster software with full range of tests and analyses for shear and extensional viscosity, as well as determining sample stability, wall slip and melt fracture. Key applications: Characterization of polymer or suspension rheology across a range of shear rates and temperatures Simulation of extensional viscosity dominated processes such as fiber spinning, blow molding, film blowing and thermoforming Assessment of extrusion behavior for processes such as injection molding and hot melt extrusion Evaluation of material behavior at process relevant shear rates such as high-speed coating and printing applications Detection of polymer instabilities such as melt fracture and thermal degradation Measurement of material elasticity and related properties such as die swell Industry applications: Polymers Coatings Ceramics Metals Pharmaceuticals Sealants Foods Inks
- [Rosand RH7/ RH10 Capillary Rheometers](https://www.nexus-analytics.com.my/product/rosand-rh7-rh10-capillary-rheometers/) - Research-level Rosand RH7 and RH10 capillary rheometers provide highly flexible measurement capabilities for materials under high pressure and high shear rate extrusion - from polymer melts to ceramics, and from foodstuffs to inks and coatings. High force range (up to 100kN) and wide dynamic speed range (>225,000:1) allow test correlation with real material processing conditions. Twin bore barrels as standard enables absolute shear viscosity measurements and simultaneous calculation of extensional (elongational) viscosity. Range of optional barrel sizes and barrel materials to permit measurement of thermally-sensitive, chemically-aggressive or aqueous-based samples. Wide range of high precision tungsten carbide dies as standard to cover all materials and test types. Easily interchangeable melt pressure transducers to cover all test requirements – configured with low noise, triple-stage amplifiers for optimized measurement sensitivity at the die entry when using ‘zero length’ dies (extensional viscosity measurements). Nitrogen purge option available for testing in a dry, inert atmosphere to minimize sample degradation. Integral fume chamber with extraction to vent sample gases for operator safety. Proprietary bi-modal speed control algorithms suited to low and high-speed operation optimize shear rate measurement range for a particular die. Precise sample temperature control using three independent zone heaters, with 10 times DIN accuracy platinum resistance thermometers. High temperature (500ºC maximum) and cooling coil options are also available. Rigid ‘H’ frame design for compliance-free measurements in transient tests such as pVT determination. Open design below barrel exit to accommodate optional accessories such as die swell measurements, melt cutters, slot die system and melt strength (Haul Off). Easy to use Flowmaster software with full range of tests and analyses for shear and extensional viscosity, as well as determining sample stability, wall slip and melt fracture. Key applications: Characterization of polymer or suspension rheology across a range of shear rates and temperatures Simulation of extensional viscosity dominated processes such as fibre spinning, blow moulding, film blowing and thermoforming Assessment of extrusion behaviour for processes such as injection moulding and hot melt extrusion Evaluation of material behaviour at process relevant shear rates such as high speed coating and printing applications Detection of polymer instabilities such as melt fracture and thermal degradation Measurement of material elasticity and related properties such as die swell Industry applications: Polymers Coatings Ceramics Metals Pharmaceuticals Sealants Foods Inks
- [Kinexus DSR-III Rheometer](https://www.nexus-analytics.com.my/product/kinexus-dsr-iii-rheometer/) - A complete package for routine QA/QC paving analysis The Kinexus DSR-III forms part of a standard dynamic shear rheometer package to meet the demanding needs of research, product development, comparative benchmarking, quality control and assurance required by the global Asphalt / Bitumen Industry with true ‘plug and play’ functionality for all measuring systems and environmental control units. The Kinexus DSR-III enables pioneering Standard Operating Procedure (SOP) based testing while offering access to a full range of standard rheological tests with total flexibility of test design and set-up. Key Features: Precision control of instrument torque Provides frictionless support between moving parts Accurate measurement of rotor position and speed Connects and aligns the measuring system with the motor and bearing assembly Interfaces with the sample to transfer torque or motion from the motor assembly Provides the measurement and control of the normal force Controlled vertical profiles for sample loading and axial testing Environmental control cartridge/lower measuring system Allows rheometer functions to be controlled directly from the instrument The Kinexus DSR instruments are compliant to the following standards:* EN13302 EN13307 EN14770 EN16659 FGSV 720 FGSV 721 FGSV 722 FGSV 723 ГОСТ 33137-2014 ГОСТ P 58400.7-2019 ГОСТ P 58400.10-2019 ГОСТ P 58400.6-2019 ГОСТ P 58400.9-2019 AASHTO T315 AASHTO T316 AASHTO T350 AASHTO TP70 AASHTO TP101 AASHTO TP123 AASHTO TP126 AASHTO M320 AASHTO M322 ASTM D6373 ASTM D7175 ASTM D7405 ASTM D7552 ASTM D8198 ASTM D4402 (compliant up to 200°C)
- [Dynamic Mechanical Analyzer- DMA GABO DiPLEXOR® (Combination of DEA and DMA)](https://www.nexus-analytics.com.my/product/dma-gabo-diplexor-the-perfect-combination-of-dea-and-dma/) - With simultaneous DMA and DEA, the dynamic mechanical and dielectrical properties of carbon black-filled rubber compounds can be analyzed. Simultaneous dielectric (DEA) and dynamic mechanical (DMA) analyses allow for the determination of dielectric material properties under different mechanical loads. With this combination, structural and dynamic mechanical information can be obtained. The DMA part investigates the viscoelastic properties of substances such as carbon black-filled rubber blends and compounds. The DEA part analyzes the intrinsic structure and distribution of the cluster within the polymer. Monitoring of Structural Changes Only by combining DMA and DEA into a simultaneous analysis can one clearly understand changes in the structure, size and distribution of the cluster structure within the polymer matrix due to and during dynamic mechanical loading. Dynamic mechanical specimen testing causes changes in the mechanical properties of a material. When the mechanical stress is halted, recovery processes are initialized which change the structure again. Only simultaneous DEA and DMA investigations allow for the monitoring of structural changes during dynamic mechanical sample loading processes. DMA Measurement Information Stiffness and damping properties Phase transitions Aging effects Polymerization/cross-linking Curing/post-curing Cracking processes Changes in the physical state due to external constraints like temperature, frequency, irradiation or mechanical loads (e.g., compression or tensile stresses) Glass transition temperature of highly cross-linked, amorphous or semi-crystalline polymers, elastomers, rubbers and composites Creep and relaxation Stress and strain sweeps Frequency sweeps Temperature sweeps DEA Measurement Information Electrical conductivity Permittivity Information about cluster structure Information about carbon black density
- [Simultaneous Thermal Analysis- STA 449 F3 Nevio®](https://www.nexus-analytics.com.my/product/sta-449-f3-nevio/) - Specialized for Demanding Tasks in Research & Development The simultaneous thermal analyzer NETZSCH STA 449 F3 Nevio allows the measurement of mass changes and thermal effects under identical conditions at the same specimen. Thus it makes it feasible to differentiate between e.g., structural changes and degradation phenomena within just one measurement up to 675°C The high flexibility caused by the various sensors, the great variety of sample crucibles and the wide TGA-measuring range makes the system applicable for analysis of different kinds of pharmaceuticals, cosmetic samples or food including also inhomogenous substances. The vacuum-tight design of the instrument is an essential requirement for evolved gas analysis, i.e., the coupling of the thermal anlyzer to a gas analyzing systema such as FT-IR, MS or GC-MS. Features concerning TGA plus DSC: Proteus Protect (option) - meeting the requirements of 21 CFR Part 11 and EU Annex 11 AutoEvaluation - autonomous and user-independent evaluation of thermal effects Identify (option) - curve recognition and database system for library search purpose SuperPosition - Simulation of the thermal behavior of physical mixtures by overlapping the curves of the mixture components incl. freely selectable mass ratios Average curves - absolute (taking the sample masses of the various measurement s into account) or relative (applies just the number of measurements as denominator) Report generator - based on a Microsoft Word plug-in each operator can easily create his own report template for reports – including logos, tables, description fields and plots
- [Simultaneous Thermal Analysis - STA 449 F5 Jupiter®](https://www.nexus-analytics.com.my/product/sta-449-f5-jupiter/) - A Sophisticated Instrument at a Very Attractive Price. This vacuum-tight STA 449 F5 Jupiter® is hand built specifically for your application. Each instrument comes pre-configured as you need it, with all of the hardware and software features that are required by high-temperature applications in the fields of ceramics, metals, inorganics, building materials, etc. It has a high resolution, a high range, low drift balance and sensitive DSC capability that enables it to excel in all typical applications across a broad range of temperatures. With the top-loading system with a balance design that has been preferred for years in laboratories.True TGA and DSC measurements can be performed with high precision and reproducibility at sample temperatures from ambient to 1600°C. TGA measurements are also possible, even on large or heavy samples. DSC Features: Determination of onset, peak, inflection and end temperatures incl. automatic peak search Analysis of exothermal and endothermal peak areas (enthalpies) with selectable baseline and partial peak area analysis Combined analysis: comparison and/or evaluation of STA, DSC, TGA, DIL, TMA and DMA measurements in one plot Comprehensive glass transition analysis Degree of crystallinity OIT (Oxidative-Induction Time) TGA Features: Mass changes in % or mg Automatic evaluation of mass change steps including determination of residual mass Extrapolated onset and endset Automatic baseline correction TGA-BeFlat® for automatic correction of measuring influences c-DTA® for the calculated DTA signal with evaluation of characteristic temperatures and peak area-(optional for TGA measurements) Super-Res® for rate-controlled mass change (optional)
- [Simultaneous Thermal Analysis -STA 2500 Regulus](https://www.nexus-analytics.com.my/product/sta-2500-regulus/) - A Highly Reliable and Fully Equipped Cost-Saving Instrument Package Excellent Cost Performance The STA 2500 Regulus features a highly reliable, fully equipped instrument package for STA measurements up to 1600°C at an attractive price. Top-Loading and Unique Differential Balance Arrangement The natural gas flow in the top-loading system guarantees automatic protection of the balance against condensation and contamination. The tailor-made differential balance system cancels out buoyancy and convection influences over a broad temperature range. This provides easy operation without the need for timeconsuming baseline runs. Various Atmospheres Available Measurements can be performed in inert and oxidizing atmospheres but also under vacuum. The atmosphere can be dynamic or static. The built-in mass flow controllers (MFCs) are software-controlled and allow gas changes at any time during the test. Ideal for Evolved Gas Analysis The top-loading design of the STA allows for convenient coupling to gas analysis systems such as FT-IR (Fourier Transform Infrared) spectrometer, MS (mass spectrometer), or GC-MS (gas chromatograph-mass spectrometer). During thermal treatment, the gases evolved can be simultaneously analyzed.
- [Thermomechanical Analysis -TMA 402 F3 Hyperion® Polymer Edition](https://www.nexus-analytics.com.my/product/tma-402-f3-hyperion-polymer-edition/) - Thermomechanical Analysis – TMA - Tailor-Made for Low-Temperature Applications TMA Analysis for Polymers Polymers undergo changes in their thermomechanical properties during heating and cooling. TMA analyses can give insights into molecular orientation and quenching effects during cooling. It allows the design of adhesives and other hybrid joints and quality control of shrink films. TMA analyses can hereby provide valuable insight into the composition, structure, production conditions or application possibilities for various materials. Determination of Viscoelastic Properties like Relaxation, Creep and Stress/Strain The TMA 402 F3 Hyperion® Polymer Edition now offers not only to keep the force constant and to measure the length change, but also to change the displacement and measure the corresponding force. This is for example used in a stress relaxation test. Here, a sample is stretched by a specific amount at a defined temperature. During the test, the deformation is kept constant and the progression of the force is recorded. This force continuously decreases as a result of material relaxation. Stress-relaxation is ultimately defined by the residual stress measured after a defined exposure period. The data can be depicted graphically in a stress-time diagram. It is then possible to read off both the stress-relaxation behavior and the values for the relaxation rate and time. Mechanical Cooling to -70°C The TMA 402 F3 Hyperion® Polymer Edition is specifically designed for polymer applications. It comes with a compact, highly reactive furnace capable of covering a temperature range from -70°C to 450°C using a mechanical cooling system without the need for LN₂.
- [Bubble Pressure Tensiometer, MPT C](https://www.nexus-analytics.com.my/product/bubble-pressure-tensiometer-mpt-c/) - Benefits: For exact surface tension measurements of fast surfactants and their dynamics in the millisecond range Large dynamic range of 1 ms to several seconds Automatic recognition of the transition point bubble/jet range Storage of up to 50 test results and the respective parameters Measurement results can be either stored on a PC or printed using the optional dot-matrix printer Applications: Quality control of fast surfactants Determination of surfactant content for concentrations above the critical micelle concentration Determination of application properties for fast processes
- [LAUDA Surface Analyzer LSA60](https://www.nexus-analytics.com.my/product/lauda-surface-analyzer-lsa60/) - Easy to operate, Perfect Start for Surface Analysis For quality control and routine measurements of small to medium-sized surfaces and for surfactant solutions Compact size which requires only small bench space Very easy handling with exchangeable manual dosing system Two-axis sample platform for exact positioning Powerful algorithms enable precise drop analysis Expandable with automated dosing systems and tilting table modules A budget-friendly entry-level device with high-end accuracy
- [LAUDA Surface Analyzer LSA100](https://www.nexus-analytics.com.my/product/lauda-surface-analyzer-lsa100/) - Ideal for both research & development and quality inspection Wide range of drop calculation methods for the contact angle, also including the unique TrueDrop method Accurate pendant drop method with full support for the determination of the critical micelle concentration (CMC) Full support of automatic interfacial tension and CMC measurements Depending on model up to two different dosing systems integrated Optional non-contact dosing systems and numerous other modules and accessories.
- [LAUDA Surface Analyzer LSA200](https://www.nexus-analytics.com.my/product/lauda-surface-analyzer-lsa200/) -  Optional with up to three dosing units and therefore ideal for surface energy determination Wide range of drop calculation methods for the contact angle, supplemented by the Unique TrueDrop method LAUDA Surface Analyzer LSA200 Expert Series Equipped with automatic z-axis and 2-fold dosing fir automatic drop placement and measurement As E2 model with integrated zoom lens, non-contact dosing and automatic x/y/z-axis for automatic surface mappingPowerful surface tension measurement makes mechanical tensiometers obsolete LAUDA Surface Analyzer LSA200 Tilting Due to the integrated tilting table ideal for automatic measurement of advancing, receding and roll-of angles for complete characterization of surface properties. All methods for sessile and pendant drop also included
- [LAUDA Surface Analyzer MOB](https://www.nexus-analytics.com.my/product/lauda-surface-analyzer-mob-automatic-contact-angle-measurement-on-large-surfaces/) - Automatic contact angle measurement on large surfaces For quality control, research and fully automatic analysis attendant to production Precise measurements from 0°C to 180°C bt Top-View-Young-Laplace evaluation Customizable to any sample size and shape For surface mapping highest drop density without interactions by previous measurements Fully automatic measurement with up to two liquids for Surface Energy Mapping
- [Optical Drop Tensiometry - OT100](https://www.nexus-analytics.com.my/product/optical-drop-tensiometry-ot100-for-fully-automatic-measurements/) - Fully automatic measurement with automatic dosing system Automatic CMC (Critical Micelle Concentration) measurement Accurate and fast measurements due to sophisticated algorithms Combination of pendant drop analysis and the drop volume method for most precise results even with dynamic measurements Optional temperature chambers for controlled environment Expandable to contact angle measuring instrument
- [Glass Capillary Viscometer](https://www.nexus-analytics.com.my/product/glass-capillary-viscometer/) - Glass capillary viscometers are available in various designs, which differ with respect to the application area, accuracy and operation. As of now, Ubbelohde, Cannon-Fenske, Micro-Ostwald and special designs are available. For high-precision, automatic measuring, the Ubbelohde version with the suspended level is used by preference, among other reasons because the flow time is independent of the precise sample volume. To keep the measuring times within the optimum range between approx. 60 and 600 s, different capillary diameters are supplied to cover the complete viscosity range. The procedure, particularly with automatic LAUDA measuring technology and precise temperature control using LAUDA clear-view thermostats, is unrivalled in terms of accuracy for measuring liquids with nearly Newtonian (ideal) flow properties. Key features: • Ring marks with no detection disturbances • Corrosion-resistant labelling • Ubbelohde for dilution series with calibration certificate and filter frit • Complete process chain from one supplier • Customer-specific variants available on request Application examples: • Determining the viscosity number, intrinsic viscosity (average molar mass) and other parameters of technical polymers such as PA, PET, PBT, PE, PP and PVC in accordance with EN-ISO 1628, ISO 307 for the quality control of plastics • Measuring absolute viscosities of engine oils and other lubricants in accordance with ASTM D445, viscosity index in accordance with ISO 2909 at 40 °C and 100 °C
- [PSA 10.525 SIR GALAHAD II In Gaseous Sample](https://www.nexus-analytics.com.my/product/psa-10-525-sir-galahad-ii-in-gaseous-sample/) - It is specifically designed for measuring mercury in gaseous samples at both online and offline installations. Sampling is via a dual purge and trap arrangement incorporating specific Amasil® traps operating in either a continuous or remote operation. The analyser complies with both ISO 6978:2 and ASTM 6350-98 methods for measuring mercury in natural gas. The PSA 10.525 Sir Galahad mercury analyser can be controlled via a PC or laptop computer using the dedicated Sir Galahad software or the versatile PSA online software. It is widely used for the analysis of natural gas at both online and offline locations although it is also used at the heart of the PSA online mercury CEMs for power plant, crematoria and incinerator stacks. It is also used for the online and offline analysis of mercury in air at urban and rural sites and for measuring mercury in industrial gases like hydrogen and carbon dioxide. A choice of sampling modules is available to fulfil the requirements of specific applications. These include explosion-proof units for mercury in natural gas applications, dual amalgamation units to check that 100% of mercury is amalgamated, dual amalgamation units which alternate in sampling and analysis cycle so that continuous measurement of mercury is obtained which can identify when transient peaks are emitted and units specific to the analysis of mercury in natural gas where high levels of hydrogen sulphide are present. Key Features: • Atomic fluorescence: Offers greater sensitivity and selectivity • Sensitivity: Detection 0.1 pg absolute • Selectivity: Specific for all mercury species • Linearity: Wide linear dynamic range • Remote sample collection • Portability: Easily transported for use anywhere • Ease of use: Minimal training required
- [PSA 10.225 Online Mercury System](https://www.nexus-analytics.com.my/product/psa-10-225-online-mercury-system/) - The PSA 10.225 system has been specifically designed for the determination of mercury in a wide range of samples from waste-water and chemical processes. Many industries try to remove mercury from the chemicals they use or buy low mercury content raw materials. Mercury is found in both the production streams and the wastewater flows from many chemical process streams such as incinerators, caustic soda and sulphuric acid production plants. Long term monitoring of these streams is therefore essential to ensure the mercury is at acceptable limits. The 10.225 online systems can be wall-mounted (recommended) or free-standing and for convenience consists of the following three sections; Touch screen user interface Chemistry section Electronic section The Touch screen and the electronic section provides the system control and user interface whilst the chemistry section takes the actual sample and oxidises all of the mercury to the +2 in the digestion manifold prior to reduction to Hg0 in the gas liquid separator and detection by atomic fluorescence spectroscopy. The system can be used with a wide range of chemistries such as bromination, aqua regia and permanganate depending upon the customer’s requirements. The system can also run in either continuous flow or discrete injection modes to add further flexibility.
- [PSA 10.055 Millenium Excalibur](https://www.nexus-analytics.com.my/product/psa-10-055-millenium-excalibur/) - P S Analytical have designed the PSA 10.055 Millennium Excalibur to be able to measure Arsenic in solids, sludges and liquids. The instrument combines the advantages of vapour generation techniques which removes most interference with the sensitivity and selectivity of atomic fluorescence spectrometry. Atomic fluorescence spectrometry gives the added advantage of excellent linearity which in this case is over 5 orders of magnitude. By a simple lamp change via the easy access lamp chamber, the instrument is also able to measure low ppt levels of Arsenic, Selenium, Antimony, Bismuth and Tellurium. Detection levels of 10ppt for As and Sb and 2ppt for Se are readily achieved. With the use of an optimised multi-reflectance filter detection levels of 10ppt can also be realised for Te and Bi. Control of the system is via a PC with Millennium software which not only controls the instrument but allows discrete data capture with full integration into user networks and formats. The software records all instrument parameters and calibration graph with the results of each analysis so is excellent for GLP records.
- [Model 25 ST Electromechanical Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-25-st-benchtop-tester/) - Features & Benefits: Suitable for tension, compression, flexure, shear and other tests to a maximum force of 25kN / 5,000 lbf Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software Meets or exceeds the requirements of national and international standard for materials testing systems 8 full-length T slots built into machine column to allow accessories to securely mounted to the test frame Built in pneumatic distribution ports that provide local air supply to pneumatic grips
- [Model 50 ST Electromechanical Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-50-st-benchtop-tester/) - Features & Benefits: Suitable for tension, compression, flexure, shear and other tests to a maximum force of 50kN / 11,000 lbf Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software Meets or exceeds the requirements of national and international standard for materials testing systems 8 full-length T slots built into machine column to allow accessories to securely mounted to the test frame Built in pneumatic distribution ports that provide local air supply to pneumatic grips
- [Model 10 ST Electromechanical Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-10-st-benchtop-tester/) - Features & Benefits: Suitable for tension, compression, flexure, shear and other tests to a maximum force of 10kN / 2,000 lbf Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software Meets or exceeds the requirements of national and international standard for materials testing systems 8 full-length T slots built into machine column to allow accessories to securely mounted to the test frame Built in pneumatic distribution ports that provide local air supply to pneumatic grips
- [Model 100 ST Electromechanical Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-100-st-electromechanical-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, flexure, shear and other tests to a maximum force of 100kN / 20,000 lbf Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software Meets or exceeds the requirements of national and international standard for materials testing systems 12 full-length T slots built into machine column to allow accessories to securely mounted to the test frame Built in pneumatic distribution ports that provide local air supply to pneumatic grips
- [Model 150 ST Electromechanical Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-150-st-electromechanical-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, flexure, shear and other tests to a maximum force of 150kN / 30,000 lbf Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software Meets or exceeds the requirements of national and international standard for materials testing systems 12 full-length T slots built into machine column to allow accessories to securely mounted to the test frame Built in pneumatic distribution ports that provide local air supply to pneumatic grips
- [Model 300 ST Electromechanical Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-300-st-electromechanical-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, flexure, shear and other tests to a maximum force of 300kN / 60,000 lbf Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software Meets or exceeds the requirements of national and international standard for materials testing systems 12 full-length T slots built into machine column to allow accessories to securely mounted to the test frame Built in pneumatic distribution ports that provide local air supply to pneumatic grips
- [Model 150 SL Hydraulic Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-150-sl-hydraulic-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, transverse, shear and other tests to a maximum force of 150kN / 30,000lbf Four-column rugged design allows larger samples to be tested Friction-free piston operation allows smooth, controlled operation and minimal down-time Different system control options are available, from a handheld wireless Bluetooth interface, or a tethered handheld interface running with a virtual machine interface application on a connected pc Tinius Olsen’s Horizon software can be connected to the tester by the operator
- [Model 600 SL Hydraulic Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-600-sl-hydraulic-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, transverse, shear and other tests to a maximum force of 600kN / 120,000lbf Four-column rugged design allows larger samples to be tested Friction-free piston operation allows smooth, controlled operation and minimal down-time Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software
- [Model 1000 SL Hydraulic Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-1000-sl-hydraulic-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, transverse, shear and other tests to a maximum force of 1000kN / 200,000lbf Four-column rugged design allows larger samples to be tested Friction-free piston operation allows smooth, controlled operation and minimal down-time Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software
- [Model 2000 SL Hydraulic Universal Testing Machine](https://www.nexus-analytics.com.my/product/model-2000-sl-hydraulic-universal-testing-machine/) - Features & Benefits: Suitable for tension, compression, transverse, shear and other tests to a maximum force of 2000kN / 400,000lbf Four-column rugged design allows larger samples to be tested Friction-free piston operation allows smooth, controlled operation and minimal down-time Various system interface options available, from a familiar tethered handheld interface, a wireless Bluetooth interface panel, or virtual machine controller All interface options integrate with Horizon data analysis software
- [Melt Flow Indexer (MFI) - MP 1200](https://www.nexus-analytics.com.my/product/mp-1200-melt-flow-tester-extrusion-plastometer/) - Tinius Olsen is proud to introduce the latest addition to its polymer testing line, the MP1200 Melt Flow Tester/Extrusion Plastometer. The MP1200 (Melt Flow Indexers) features the latest in melt flow measurement technology and allows operators to quickly and easily set up and perform melt flow tests: according to ASTM D1238, ISO 1133-1 & 2, and other international and industrial specifications. It is available in two versions: a manual version (Model MP1200), and a motorised version (Model MP1200M). The manual MP1200 comes with everything you need (except weights and laboratory balance) to perform an ASTM D1238 Procedure A (manual cut) gravimetric melt flow rate (MFR). Test loads are applied manually. The MP1200 can be upgraded with optional features, including ISO 1133 tools and an encoder-based programmable piston displacement transducer (or PPDT for short), for testing according to Procedures B & C (ASTM D1238) or for volume measurement tests (melt volume rate or MVR) and melt density calculations Key features: ● Three-zone band heater ● Touch-screen control ● Quick die release ● Powerful data analysis and control software ● USB connectivity ● Tapered weight design Horizon Software: Based upon its long history of delivering solutions to a vast variety of testing problems, Tinius Olsen has developed Horizon, a complete software program that makes testing precise, simple, and efficient. Whether the test sample is metal, composite, paper, rubber, polymer, textile or a micro-component, Tinius Olsen’s Horizon software surpasses beyond data collection and presentation. It will help automate operations, from R&D to the charting and analysis of QC testing. Horizon offers a library of regular, specific, and application-focused test routines that have been developed in close partnership with customers worldwide and to the standards, they are using. Among the many beneficial features offered by Horizon is a test routine library; test, output, method, and result editors; real-time multiple machine control; and multilayered security. This software is programmed for data acquisition, data analysis, and closed-loop control of virtually all Tinius Olsen testing machines. Horizon also includes the following: Generation of user-tailored reports Ability to recall, replot, and rescale test curves Standard SPC programs for X-bar, R and frequency distributions/histograms Recall of data that spans various test modules Multilingual capabilities User-configurable machine parameter and control settings Horizon is full of capabilities that enhance productivity and enable users to develop, access, and use an advanced, powerful materials testing database. The software employs the latest Windows environments to develop an intuitive user experience. Integral tutorials, online help, and help desk access provide extra user support.
- [Model 603 & 303 HDT Deflection Temperature & Vicat Tester](https://www.nexus-analytics.com.my/product/model-603-303-hdt-deflection-temperature-vicat-tester/) - The Model 603 HDTM and the Model 303 HDTM are the latest generations of Tinius Olsen’s digitally controlled Automatic Deflection Temperature/Vicat test equipment. The 603 HDTM is capable of testing up to six different specimens simultaneously, the smaller 303 HDTM can test up to three specimens simultaneously, both with an automated testing sequence that proceeds according to user-defined control and configuration parameters. The basic Model 603 HDTM includes a six-station bath, two test stations, and a handheld terminal, and up to four more stations can be added. The basic Model 303 HDTM includes a three-station bath, two test stations, and a handheld terminal. Each test frame can be configured with optional accessories for either Vicat or deflection temperature testing, including 4” or 100 mm edgewise or 64 mm flatwise deflection temperature. Additionally, the machines are ready to be linked to Tinius Olsen’s Horizon software so that the PC can configure the controller, collect the test data, generate a test report, and save the results. Features & Benefits: Conforms to ISO 75, ISO 306, ASTM D648, and ASTM D1525 Fully automatic control of entire test cycle Air bearing-guided loading rods for virtually friction-free load application Loading nose and rod assemblies provide 76 grams nominal load for ISO 75 ‘flatwise’ deflection temperature tests on 4 mm x 10 mm specimens at 0.45 Mpa stress Pneumatic station lift for easy specimen insertion and removal Automatic correction for thermal expansion of test frames Built-in specimen basket to catch any dislodged specimens
- [FH 1 Rockwell Hardness Tester](https://www.nexus-analytics.com.my/product/fh-1-rockwell-hardness-tester/) - The model FH 1 Rockwell Hardness Tester is a fully automatic, load cell, closed loop, force feedback, test force application system with Rockwell, Superficial Rockwell & Brinell (optional) scales as part of Hardness testing capabilities. The test forces can range from 1kgf to 250kgf and a full test cycle can be as little as 13 seconds (at a dwell time of 10 seconds). Using an exceptionally accurate optical depth measurement system, 0.1 micron resolution is standard. For demanding applications, this model can be equipped with a motorized spindle (optional) that lifts your work piece, without any effort, to the required testing position. Features & Benefits: Fully automatic, load cell, closed loop, force feedback system Load range 1-250kgf (9.8-2452N) Meets or exceeds ISO, ASTM and JIS standards Optional palm scanner for Brinell Hardness testing Clamp for indenter protection & workpiece fixation Full color industrial 6.5” HD touch screen interface Real feel rubber buttons for workflow control Adjustable workpiece illumination Solid C-frame and spindle with spindle bellows Large workpiece accommodation: 315x200mm (HxD)
- [FH 30-5 Rockwell Hardness Tester](https://www.nexus-analytics.com.my/product/fh-30-rockwell-hardness-tester/) - The model FH 30-5 Rockwell Hardness Tester is a new generation of hardness testing instrument with protruding nose design. This long nose design allows you to reach as far as 150mm inside a bore or just on flat material similar to any other rockwell hardness tester. A Twin Scale Rockwell machine that also provides Brinell testing. Easy to use, excellent workpiece overview. Test forces range from 1-187.5kgf, which means that even this basic model is equipped with Rockwell, Superficial Rockwell and Brinell load settings. System control is managed via a simple-to-use 6.5in full color industrial touchscreen. The touchscreen will also display results and statistics. Features & Benefits: ● Load cell based force feedback closed-loop system. ● 150mm protruding nose, 200mm throat depth(30-5) ● Load range 1-250kgf (9.8-2452N) ● Meets or exceeds ISO, ASTM and JIS standards ● Force(load) measurement at the indenter position ● 250mm workpiece height(30-5) ● Power LED light near indenter for bright sample illumination ● Removable workpiece clamp, with interchangeable inserts, clamps/holds sample firmly in position (optional) ● Industrial 6.5” touch screen ● USB connectivity ● ABS cover included, protecting machine base against falling objects ● Optional Brinell microscope package, for brinell measurement
- [FH 31 Rockwell Hardness Tester](https://www.nexus-analytics.com.my/product/fh-31-rockwell-hardness-tester/) - The FH 31 Rockwell Hardness Tester is an automatic, laod cell, closed loop, force feedback, test force application system with Rockwell, Superficial Rockwell & Brinell scales as part of Hardness testing capabilities. The model FH 31-2 combines today’s load application technology with a top-class depth measuring system. Rockwell, Superficial Rockwell & Brinell scales are part of the machine’s capabilities. High accurate test results and fast operation make it the best in its class today. This model provides a smart User Interface, easy to learn and with internal and external data storage options. Test forces range from 1-250kgf, which means that even this basic model is equipped with Rockwell, Superficial Rockwell and Brinell load settings. System control is managed via a simple-to-use 6.5in full color industrial touchscreen. The touchscreen will also display results and statistics. The model FH 31-3 is a new generation of hardness testing instrument with protruding nose design. This long nose design allows you to reach as far as 150mm inside a bore or just on flat material similar to any other rockwell hardness tester. It has working height of 400mm and throat depth of 200mm and can also be optionally equipped with an automatic spindle. Simply push ‘’START’’ and the full process of lifting, clamping and testing takes place without operator interference. Features & Benefits: ● Load cell, force feedback, closed-loop system. ● Load range 1-250kgf (9.8-2452N) ● Meets or exceeds ISO, ASTM and JIS standards ● 150mm protruding nose, 200mm throat depth(FH31-3) ● Force(load) measurement at the indenter position ● Absolute linear applied test force, no lever construction ● 400mm workpiece height (FH31-3) ● Removable workpiece clamp, with interchangeable inserts, clamps/holds sample firmly in position (optional) ● Integrated high performance system controller, mSSD hard drive storage ● Industrial touch screen 8.5”(FH31-3), 6.5”(FH31-2) ● LAN, W-LAN, USB connectivity ● ABS cover included, protecting machine base against falling objects ● Optional palm scanner for automatic brinell measurement
- [FH 9 Brinell Hardness Tester](https://www.nexus-analytics.com.my/product/fh-9-brinell-hardness-tester/) - The model FH 9 is a Brinell Hardness testing machines is a new generation that uses a unique, load cell based, closed loop system and integrates a precision optical system with high quality objectives and a digital display. It integrates a precision optical system with high quality objectives and a digital display, and offers conversion to other hardness scales and online statistics, as well as USB, LAN, W-LAN, RS232 data output. The system controls are managed via a simple-to-use 7.5” full color industrial touch screen, which will also display results and statistics. Model Details: FH-009-0026 62.5-3000kgf Brinell with scanner FH-009-0032 31.25-3000kgf Brinell Features & Benefits: Load cell, closed loop, force control Load range 31.25-3000kgf (306N-29kN) Meets or exceeds ISO, ASTM and JIS standards Full-color industrial touch screen 7.5” (FH9-26) & 15” (FH9-32) Simultaneous conversion to Rockwell, Vickers and Leeb rebound testing 6 position motorized turret; 3 indenters, 2 brinell objectives with ring lights and 1 laser positioning system (FH9-32) Brinell digital scanner (CCD camera) for automatic indent measurement (FH9-26) Horizon high performance PC-based camera indent measuring system. Automatic measurement of the indent on the industrial touch screen. Archive file, handle images and data on the tester or your network
- [FH 14 Micro/Macro Vickers & Low Force Brinell Hardness Tester](https://www.nexus-analytics.com.my/product/fh-14-micro-macro-vickers-low-force-brinell-hardness-tester/) - TThe FH-14 series, Micro Vickers, Vickers, Knoop and Micro Brinell hardness testing machines are a new generation of instruments, improving conventional hardness testing methods and focused on eliminating user influence on the test results. The unique force actuator system utilizes an electronically controlled closed-loop system and advanced force sensor technology. With force feedback to achieve absolute accuracy, reliability and repeatability, on each of the forces used for a test. Besides this advanced electromechanical force application system, the FH-14 offers superior quality mechanical and optical components, used to complete the instrument. Features & Benefits: The innovative software functions of Remote pendant A rock-solid frame structure Digital/optical image evaluation combined with intuitive operator software Microsystem controller Electronically controlled loads Up to 170mm specimen height accommodation Collision Protection System (CPS) Model Details: ● FH-14-1 10gf-2kgf Vickers, Knoop ● FH-14-2 1gf-2kgf Vickers, Knoop & Brinell ● FH-14-3 10gf-10kgf Vickers, Knoop & Brinell ● FH-14-4 1gf-10kgf Vickers, Knoop & Brinell ● FH-14-5 10gf-31.25kgf Vickers, Knoop & Brinell ● FH-14-6 1gf-31.25kgf Vickers, Knoop & Brinell
- [Model IT 503 & IT 504 Plastics Impact Testers (Low Capacity)](https://www.nexus-analytics.com.my/product/it-503-it-504-plastics-impact-testers/) - The model IT 503 plastics impact tester, together with the model IT 504, continues to set the industry standard for versatility, ease of operation, and display of information with high resolution. The primary difference between the IT503 and the IT504 is that the model IT504 is supplied without the interlocking safety shielding. These machines are capable of determining the impact resistance using either a Charpy or Izod configuration, without changing the entire pendulum. The user attaches the appropriate striking tup on the pendulum and the specimen clamp or anvils in the base of the unit, to test plastics in accordance with ASTM D256 (Izod impact), ISO 179 (Charpy impact), ISO 180 (Izod impact), ASTM D6110 (Charpy Impact), ASTM D4812 (Unnotched Cantilever Beam Impact), ASTM D4508 (Chip Impact), ASTM D950 (Adhesive Bond Impact), and other similar standards. Key Features: ● Aerodynamic compound pendulum. ● Selectable energy units of J, in.lbf, ft.lbf, kgf.m and kgf.cm. ● Selectable impact resistance/strength calculations in ft.lbf/in, J/m, in.lbf/in,kgf.m/m, ft.lbf/in2 , kJ/m2 , in.lbf/in2 or kgf.m/m2 ● Break type input options of complete, hinge, partial, non-break and necking. ● Automatic or manual toss correction. ● Auto-calibration for bearing windage and friction. ● Automatic or manual update of specimen number. ● On the Model IT503, interlocked safety doors ensure that the pendulum cannot be released with the doors open.
- [Model IT 542 Pendulum Impact Tester (High Capacity)](https://www.nexus-analytics.com.my/product/model-it-542-pendulum-impact-tester-high-capacity/) - The Model IT 542 Impact, which shares all the same features as the Model IT 406 except that it has available energy of 542 J (400 ft•lbf). It is also supplied complete with the automatic motorized return, and digital display. It provides maximum testing versatility. Easy insertion of interchangeable strikers in the pendulum head quickly adapts the machine for either Charpy or Izod testing. Two studs on the rear of the pendulum head allow optional tooling to be attached for performing tension impact tests. A latch with a safety lock holds the pendulum in its raised position and assures a vibration-free release when activated. Once released, the pendulum quickly reaches the impact velocity of 5.47 m/s (17.0 ft/s) and has a maximum available energy of 542 J (400 ft•lbf) to impact the specimen The superior design and construction of the Model IT 542 ensure maximum testing accuracy and repeatability. When the machine is properly installed and levelled, the total frictional and windage losses during the pendulum swing are guaranteed not to exceed 0.5% of the energy range.
- [Model IT 800 Pendulum Impact Tester (High Capacity)](https://www.nexus-analytics.com.my/product/model-it-800-pendulum-impact-tester-high-capacity/) - Tinius Olsen has increased the range of capacities with the Model IT800, with 800 J (590 ft•lb) of available energy. The IT 800 incorporates a number of unique features including a follower arm that tracks the swinging pendulum without contact and if the test area safety doors are opened (or optional light curtain broken) immediately stops any further motion of the pendulum. This follower arm also acts as the pendulum return carrier and safely returns the pendulum to its latched release point once a test is complete. Other features include a touch screen display to set-up the test and display the test results. It has a number of different features and accessories that ensure safe and reliable testing while maintaining accuracy and repeatability of the results. These features include, as standard on the IT800, a unique motorised following arm that acts as both an electric brake and a motorised return, safety shields with the choice of an interlocked door or a light curtain that prevent a pendulum release during specimen loading, lateral expansion gage, and a digital display that was developed with the same feel as our Horizon software. All testing hardware is fully complemented by Tinius Olsen developed Horizon software that turns your hardware into a sophisticated quality analysis system.
- [Torsion Testers](https://www.nexus-analytics.com.my/product/torsion-testers/) - For maximum versatility and capability, Tinius Olsen offers a full range of torsion testing machines in capacities from 10,000 to 300,000 in.lbf or kg.cm (1,000 to 30,000 N.m). Higher capacity and other longer length models are available upon request. Our 10,000 in.lbf (1,000 N.m) torsion tester is bench mountable and the moveable section slides on a guide rail. All other models are floor-based and are furnished with heavy-duty slotted steel bed rails that are normally embedded in, or secured to, a concrete foundation to assure maximum rigidity and accessibility. The moveable section on these higher capacity machines is mounted on four rollers that glide along these slotted rails and allow rapid positioning. Additionally, these rollers allow the moveable unit to compensate for any changes in specimen length during loading. The standard maximum distance between chucks is 7 ft ( approx 2.1 m); however, other lengths can be provided.
- [Video Extensometers (VEM 200 Series)](https://www.nexus-analytics.com.my/product/video-extensometers-vem-200-series/) - It is designed to measure low levels of strain from 0.01% in tensile, compression, shear and flexural modes. The units are fully integrated with the testing machine and results-reporting software, supporting multiple gauge length click and drag placements, strain rate control and real-time results during and throughout the test. The VEM 200 series is directly compatible with all Tinius Olsen testing machine frames. It is mounted using a stabilised carbon fibre arm with built-in X, Y and Z fine positioning adjustment for optimum measuring performance. The unit can be mounted at the front or rear of a testing machine, left or right in support of operator comfort and efficiency of use. The extensometer on its mounting arm can be quickly moved away from the test area, ensuring full operator access for specimen loading and grip or accessory changes, then equally quickly swung back into position, locating precisely using the magnetic homing position – simple, precise and quick. The built-in lighting strip ensures repeatability in tests irrespective of lab conditions yet requires no special light sources or red colours, is easily controlled by the user adjusting intensity as required to ensure a stable light environment. Key Features: Non-contacting video extensometer solution One extensometer measures in tension, compression, flexural, shear modes No need for bonded strain gauges or multiple clip on extensometers for r&n Supports axial, transverse, orthogonal and rotational measurements Provides a permanent record for recall of the test in video format with full resolution embedded strain data Meets the requirements of ISO 9513 class 0.5, ASTM E83 class B1 and GB/T 12160 class 0.5
- [Video Extensometers (VEM 300 Series)](https://www.nexus-analytics.com.my/product/video-extensometers-vem-300-series/) - It is designed as a flexible platform allowing users to define their own extensometer performance using standard technology building blocks these being to measure low or high strain in tensile, compression, shear and flexural modes. The building blocks consist of camera and lens, lighting, machine frame mounting options and data exchange options. The VEM 300 series is directly compatible with all Tinius Olsen testing machine frames, single, twin and four column machines, camera staging options are available including a unit that allows for fine X, Y and Z camera positioning and adjustment for optimum measuring performance. The 300 series can be mounted at the front or rear of most testing machines or free standing on a tripod. There are over 70 lens types to choose from in pursuit of a specific camera lens performance, be it data capture speed, field of view in which the event will occur, resolution and accuracy. Key Features: • Non-contacting video extensometer solution • System supports up to four synchronised cameras capturing data real time and simultaneously • Measures in tension, compression, flexural, shear modes • No need for bonded strain gauges or multiple clip on extensometers for r&n • Supports axial, transverse, orthogonal and rotational measurements • Provides a permanent record for recall of the test in video format with full resolution embedded strain data • Meets the requirements of ISO 9513 class 0.5, ASTM E83 class B1 and GB/T 12160 class 0.5 proportional low strain
- [LVDT Type Extensometer](https://www.nexus-analytics.com.my/product/lvdt-type-extensometer/) - Extensometers measure strain, the change in length of a specimen divided by the original length (gauge length) of the specimen, by means of knife edges that contact the sample, one of which is fixed in position and the other located on a moveable arm. On these models, the moveable arm is pivoted – the knife edge is at one end and the other end is attached to an armature that moves through an LVDT coil. Most of these extensometers can be adapted to exact specimen holding needs by the options that are described below, but in their standard form hold flat or round specimens from 1.6 to 16mm (1/16 to 5/8in).
- [Epsilon ONE Non-Contact Video Extensometer](https://www.nexus-analytics.com.my/product/non-contact-video-extensometer/) - Epsilon ONE optical non-contact extensometers perform high-accuracy, high-resolution, non-contacting axial strain and displacement measurement. These extensometers are suitable for testing high-modulus materials such as metals and composites, high-elongation materials, thin or delicate specimens, cyclic fatigue, strain-controlled testing, deflectometer applications, and measuring crack opening displacements. Strain or extension is measured and output in real time. Epsilon ONE’s high resolution and ISO 0,5 / ASTM B-1 accuracy classes make it suitable for non-contact measurement of a wide range of strain values, from very small strains required to measure modulus of metals, composites, ceramics and CMCs through elastomers and everything in between. Key Features: Always on, always ready: Unlike DIC systems, software interactions are unnecessary when running repetitive tests. Always real-time: Post-processing is never required, even at the highest data rates. Faster throughput with Instant Reset: Auto-start repetitive tests without touching the extensometer or software. Reliable, automatic mark detection: Robust tracking of bright or dark marks beyond 1000% strain and speeds >1500 mm/second. Laser assist alignment system: Provides an instant visual spot-check for specimen alignment and optics positioning. Precision Telecentric Design: Epsilon ONE’s telecentric lenses prevent common sources of error. Fully factory calibrated: Epsilon calibrates using the industry’s most comprehensive process to correct for scaling, skew, lens distortion, and uneven lighting. A2LA accredited factory calibration, traceable to the SI; no grids or bars are required for calibration. Optional Touch Interface: Access and control the Epsilon ONE without a computer. Retractable high-stiffness mounting: Industry-leading ease-of-use while maintaining maximum dynamic range and vibration rejection. Selectable multi-line specimen marking: Automatically identify and report the region of highest strain concentration, in real time. Faster Testing: Save time with industry leading 200+ Hz dynamic range and automatic gain compensation filters.
- [Model 100R Extensometer](https://www.nexus-analytics.com.my/product/model-100r-extensometer/) - The Tinius Olsen model 100R is a high elongation extensometer that is designed to measure the ‘stretch’ of a wide range of materials including elastomers and non-rigid plastics. The initial measuring length, or gauge length, can be changed to suit the specimen size or the test standard that is being applied. The unique design ensures an extremely low tracking force for testing sensitive materials, as well as a robust construction that can easily withstand the high release forces and breaking energies with certain specimens. The design also incorporates a simple yet effective method by which the extensometer followers are attached to the specimen, allowing rapid throughput of testing. Measuring Extension The extension is measured by attaching two counterbalanced extensometer clamps to the specimen at a pre-selected gauge length. When tensile forces are applied to the specimen by the testing machine, the slightest change in gauge length is measured by an optical encoder. Signals from the optical encoder are fed into the signal conditioner interface for processing. It can be fitted to all sizes of screw-driven materials testing machines.
- [Model 100S Extensometer](https://www.nexus-analytics.com.my/product/model-100s-extensometer/) - The Tinius Olsen model 100S is designed as a dual purpose extensometer to measure E modulus and offset yield stress (proof stress) on relatively high modulus materials while also providing the ability to measure high elongations up to break. A typical application is the testing of polycarbonate, where a high resolution system is required to measure the E modulus (Youngs modulus) and a secondary system is required to measure elongation to the point of break, which typically could be as high as 200% strain. Other materials the 100S extensometer is ideally suited to include polyurethane, polyethylene (PET), glass reinforced plastics (GRP), and aluminum alloys. The unique design ensures an extremely low tracking force for testing sensitive materials and a construction that is sufficiently robust to withstand the release force when the specimen breaks. An important feature is an ease with which the extensometer clamps can be attached to the specimen, resulting in very rapid testing throughput. Measuring Extension The extension is measured by attaching two counterbalanced extensometer clamps to the specimen at a preselected gauge length. When tensile forces are applied to the specimen by the testing machine, the slightest change in gauge length is measured by a precise LVDT transducer. If the range of this LVDT transducer is exceeded, measurement of elongation and strain transfers to an optical encoder. Signals from the LVDT and optical encoder are fed into the signal conditioner interface for processing. The 100S extensometer can be fitted to all twin-screw materials testing machines and must be used under software control
- [Strain Gauge Type Extensometers](https://www.nexus-analytics.com.my/product/strain-gauge-type-extensometers/) - Extensometers measure strain, the change in length of a specimen divided by the original length (gauge length) of the specimen, by means of knife edges that contact the sample. This series of extensometers comprises strain gauged devices. The models in this series of extensometer can be used to measure either longitudinal or transverse strain, or can be used in combination for determining ‘r’-value and Poisson’s ratio. Key Benefits: ♦ Can be left on the specimen through failure ♦ Lightweight to minimise any influence on the test ♦ Low operating force ♦ Rugged construction to withstand rigours of operation
- [Universal Hardness Tester](https://www.nexus-analytics.com.my/product/universal-hardness-tester/) - Universal Hardness tester offer solutions for any of your testing needs. Capable of ranges typically covering 1-250 kgf, 3-750 kgf, or 10-3000 kgf . The model FH 11-50/51 is a Universal Hardness Tester with load cell, closed loop, force feedback, test force application having Rockwell, Superficial Rockwell, Vickers, Knoop & Brinell scales as part of Hardness testing capabilities. Features & Benefits: Load cell, closed loop, force feedback system Load range 200gf-3000kgf (1.96-29kN) Meets or exceeds ISO, ASTM and JIS standards Descending test head with automatic workpiece detection Free definable, manual or motorized 8 position turret for objectives and indenters High definition optical system for images of 0.7x to 1000x magnification 18MP full HD camera system PC based Horizon Hardness testing firmware and database file system, standard Large, adjustable 15” industrial touch screen Automatic or manual focus, manual or fully automatic indent measurement, standard Testing procedure and results storage on the embedded hard drive LAN, WLAN, USB-2, RS232, printer and DVI connectivity, standard On board built-in driver for (optional) motorized XY stage, standard Model Details: 1.FH-011-0050 200gf-250kgf Rockwell, Superficial Rockwell, Vickers, Knoop, Brinell, Ball indentation, HVT, HBT 2. FH-011-0051 200gf-3000kgf Rockwell, Superficial Rockwell, Vickers, Knoop, Brinell, Ball indentation, HVT, HBT
- [GABOMETER - Intelligent Universal Flexometer](https://www.nexus-analytics.com.my/product/gabometer-intelligent-universal-flexometer/) - Accurate measurements of Heat Build-up or Blow out processes and the determination of the thermal set can be realised by our GABOMETER® system – a development based on the established Goodrich Flexometer. Both, force and elongation controlled tests can be carried out with this modern type of Flexometer. The GABOMETER® is suitable to improve the thermal dissipation and the durability of semi-finished tire components, dampers or absorbers. Additionally, the new generation provides the measurement of the material stiffness (E modulus, tan δ - option) and damping. Key Benefits: Heat build-up and blow out tests according to Goodrich (DIN 53 533, ASTM D 623, ISO 4666/3,ISO 4666/4, BS 903 part A50 and JIS K 6265) Goodrich flexometer tests Static: strain or stress controlled load mode available Dynamic: strain or stress controlled load mode available Automatic Sample Changer (ASC) for fully automatic testing (24h) (option) Simultaneous measurement of the visco-elastic properties (option) Simultaneous measurement of the visco-elastic properties (option) Hysteresis analysis (option) Pulse load mode available (option)
- [Accelerating Rate Calorimeter 254 (ARC®)](https://www.nexus-analytics.com.my/product/accelerating-rate-calorimeter-254-arc/) - The advanced ARC® 254 helps engineers and scientists identify potential hazards and tackle key elements of process optimization and thermal stability. As a highly versatile, miniature chemical reactor, sample can be stirred, material injected, and it can be used for vent studies. The ARC® 254 has been designed to use the traditional 10 ml ARC spherical vessel but can also use the larger 130 ml vessel for low Phi or vent testing. Key Features ∙ RT to 500°C ∙ Operation modes: -Heat-Wait-Search (primary mode of operation) -Iso-Fixed technique - Iso-Track technique - Ramp mode for fast screening of unknown samples - High tracking rate ∙With VariPhi® - Heat-Wait-Search, with Phi = 1 - Constant power - Constant heating rate - Fire exposure mode - True isothermal mode
- [Resin Hardening Instrument - CURELASTOMETER® TYPE P](https://www.nexus-analytics.com.my/product/hardening-instrument-curelastometer-type-p-for-resin/) - CURELASTOMETER® TYPE P is used to acquire comprehensive data on hardening properties of thermosetting resin. It quantitatively characterizes resin curing behavior by measuring gel time and the formation of the 3-dimensional network structure that starts with gelation.
- [Curemeter CURELASTOMETER® TYPE R 7 For Rubber](https://www.nexus-analytics.com.my/product/curelastometer-type-r-for-rubber/) - CURELASTOMETER® TYPE R is used to acquire comprehensive data on rubber curing. It provides the scorch time, curing rate index, optimal curing time, and other data on the curing speed, as well as data on characteristics, such as viscosity of uncured mixed-status and its predicted modulus after curing.
- [Moving Die Rheometer (MDR-Jplus+)](https://www.nexus-analytics.com.my/product/moving-die-rheometer-mdr-jplus/) - The Moving Die Rheometer (MDR-Jplus+) is a reliable, accurate, and easy-to-operate rotorless curemeter perfect for routine and standards-driven testing of rubber curing.
- [Nicolet RaptIR FTIR Microscope](https://www.nexus-analytics.com.my/product/nicolet-raptir-ftir-microscope/) - The Nicolet RaptIR FTIR Microscope offers innovative microscope technology to help specialists and novice users alike quickly analyze samples across many industries such as pharma, microplastics, forensics, etc. From the state-of-the-art mainframe and heavy-duty sampling stage to the well-developed software platform, this research-grade microscope helps you get answers in microns and minutes.
- [Differential Scanning Calorimeter - DSC 300 Caliris® Supreme & Select](https://www.nexus-analytics.com.my/product/differential-scanning-calorimeter-dsc-300-caliris-supreme-select/) - The DSC 300 Caliris® can support Material identification, Process optimization, Quality control, Phase diagrams, Kinetic analysis, Compatibility. The DSC 300 Caliris® is in line with all relevant DSC standards, such as ASTM E793, ASTM E967, ASTM E968, ASTM E794, ASTM E1356, DIN 51007, etc.
- [Fire Testing System (UL94)](https://www.nexus-analytics.com.my/product/fire-testing-system-ul94/) - Test Device for Flammability of Plastics for Parts in Devices and Appliances in Accordance with UL 94, 5th and 6th Edition, DIN EN 60695 Part 11-10, DIN EN 60695 Part 11-20, DIN EN 60695 Part 11- 3, DIN EN 60695 Part 11-4, ISO 9772 and ISO 9773
- [Fire Testing System for Cables (KBT 916)](https://www.nexus-analytics.com.my/product/fire-testing-system-for-cables-kbt-916/) - Fire Testing System for measuring the heat release and smoke production during flame spread tests on vertically mounted bunched cables and insulated wires, in accordance with EN 50399 and IEC 60332-3-10 (testing device)
- [Oxygen Index Analyzer (LOI 901)](https://www.nexus-analytics.com.my/product/oxygen-index-analyzer-loi-901/) - Testing system for determining the burning behavior of plastics by oxygen index at ambient temperature in accordance with ISO 4589-2 and ASTM D 2863
- [Cone Calorimeter (TCC 918)](https://www.nexus-analytics.com.my/product/cone-calorimeter-tcc-918/) - Fire Testing System for Determining the Heat Release Rate, Dynamic Smoke Production and Mass-Loss Rate of Materials and Products According to the Oxygen Consumption Principle in Accordance with ISO 5660-1
- [DXR3 Flex Raman Spectrometer](https://www.nexus-analytics.com.my/product/dxr3-flex-raman-spectrometer/)
- [NETZSCH Kinetics Neo](https://www.nexus-analytics.com.my/product/netzsch-kinetics-neo/)
- [NETZSCH Termica Neo](https://www.nexus-analytics.com.my/product/netzsch-termica-neo/)
- [SpectraStarTM XT-3 NIR Analyzer](https://www.nexus-analytics.com.my/product/spectrastartm-xt-3-nir-analyzer/)
- [SpectraStarTM XT-R NIR Analyzer](https://www.nexus-analytics.com.my/product/spectrastartm-xt-r-nir-analyzer/)
- [SpectraStarTM XT-F NIR Analyzer](https://www.nexus-analytics.com.my/product/spectrastartm-xt-f-nir-analyzer-copy/)
- [QuikCheck Rapid NIR Moisture & Oil Analyzer](https://www.nexus-analytics.com.my/product/quickcheck-rapid-nir-moisture-oil-analyzer/)
- [MCT460 Online NIR Smart Sensor](https://www.nexus-analytics.com.my/product/mct460-online-nir-smart-sensor/)
- [MCT560 Online NIR Moisture Sensor – Designed for Industrial Applications](https://www.nexus-analytics.com.my/product/mct560-online-nir-moisture-sensor-designed-for-industrial-applications/)
- [Rheo F4 Dough Proofing Analyzer](https://www.nexus-analytics.com.my/product/rheo-f4-dough-proofing-analyzer/)
- [Alveolab® Automated Dough Rheology Analyzer](https://www.nexus-analytics.com.my/product/alveolab-automated-dough-rheology-analyzer/)
- [AlveoPC® Dough Rheology Analyzer](https://www.nexus-analytics.com.my/product/alveopc-dough-rheology-analyzer/)
- [Mixolab® 2 Universal Dough Characterizer](https://www.nexus-analytics.com.my/product/mixolab-2-universal-dough-characterizer/)
- [CD1 Mill – Standard Laboratory Mill](https://www.nexus-analytics.com.my/product/cd1-mill-standard-laboratory-mill/)
- [EM10 Oven – Precision Moisture Content Analyzer](https://www.nexus-analytics.com.my/product/em10-oven-precision-moisture-content-analyzer/)
- [Grinder- CHOPIN – Precision Laboratory Grinder](https://www.nexus-analytics.com.my/product/grinder-chopin-precision-laboratory-grinder/)
- [LabMill – Pilot Production Mill](https://www.nexus-analytics.com.my/product/labmill-pilot-production-mill/)
- [MR Mixers – Efficient Wheat & Powder Mixing Solution](https://www.nexus-analytics.com.my/product/mr-mixers-efficient-wheat-powder-mixing-solution/)
- [SDMatic 2 Automated Damaged Starch Analyzer](https://www.nexus-analytics.com.my/product/sdmatic-2-automated-damaged-starch-analyzer/)
- [AgriCheck NIR Analyzer – Advanced Whole Grain Analysis](https://www.nexus-analytics.com.my/product/agricheck-nir-analyzer-advanced-whole-grain-analysis/)
- [Guardian-HD Web Profiling Series – Precision Moisture & Coat Weight Control](https://www.nexus-analytics.com.my/product/guardian-hd-web-profiling-series-precision-moisture-coat-weight-control/)
- [Guardian-HD Elite Web Profiler – Advanced NIR Process Monitoring](https://www.nexus-analytics.com.my/product/guardian-hd-elite-web-profiler-advanced-nir-process-monitoring/)
- [Guardian-HD Essential Web Profiler – Real-Time Moisture & Coating Measurement](https://www.nexus-analytics.com.my/product/guardian-hd-essential-web-profiler-real-time-moisture-coating-measurement/)
- [NIR-7000 Online Moisture Analyzer – Precision Industrial Process Control](https://www.nexus-analytics.com.my/product/nir-7000-online-moisture-analyzer-precision-industrial-process-control/)
- [PMT-330 Portable RF Moisture Meter – Instant, Non-Destructive Moisture Measurement](https://www.nexus-analytics.com.my/product/pmt-330-portable-rf-moisture-meter-instant-non-destructive-moisture-measurement/)
- [ST-3300 RF Moisture Sensor – Advanced Process Moisture Control](https://www.nexus-analytics.com.my/product/st-3300-rf-moisture-sensor-advanced-process-moisture-control/)
- [EyePro Vision Inspection Solutions – Intelligent Quality Control for the Baking Industry](https://www.nexus-analytics.com.my/product/eyepro-vision-inspection-solutions-intelligent-quality-control-for-the-baking-industry/)
- [Over-Line Vision Process Control (VPC) Solutions – Smart Monitoring for Bakery Production](https://www.nexus-analytics.com.my/product/over-line-vision-process-control-vpc-solutions-smart-monitoring-for-bakery-production/)
- [Vision-Based Lane Balancing Solutions – Streamlining Bakery Production with Intelligent Product Distribution](https://www.nexus-analytics.com.my/product/vision-based-lane-balancing-solutions-streamlining-bakery-production-with-intelligent-product-distribution/)
- [TheiaVu® E-Series – Offline Vision Inspection for Bakery Product Quality Control](https://www.nexus-analytics.com.my/product/theiavu-e-series-offline-vision-inspection-for-bakery-product-quality-control/)
- [BeScan Lab (Stability Analyzer) | Particle Size Analyzer](https://www.nexus-analytics.com.my/product/bescan-lab-stability-analyzer/)
- [BetterPyc 380 (Gas Pycnometer) | Particle Size Analyzer](https://www.nexus-analytics.com.my/product/betterpyc-380-gas-pycnometer/)
- [TIMA 5](https://www.nexus-analytics.com.my/product/tima-5/)
- [LaTIMA](https://www.nexus-analytics.com.my/product/latima/)
- [Nanalysis-100 Benchtop NMR Spectrometer](https://www.nexus-analytics.com.my/product/nanalysis-100-benchtop-nmr-spectrometer/)
- [TTV Design](https://www.nexus-analytics.com.my/product/ttv-design/)
- [Y-Type Diamond Interaction Chamber](https://www.nexus-analytics.com.my/product/y-type-diamond-interaction-chamber/)
- [Assembly Diamond Interaction Chamber](https://www.nexus-analytics.com.my/product/assembly-diamond-interaction-chamber/)
- [Mixing Diamond Interaction Chamber](https://www.nexus-analytics.com.my/product/mixing-diamond-interaction-chamber/)
- [Ultra Diamond Interaction chamber](https://www.nexus-analytics.com.my/product/ultra-diamond-interaction-chamber/)
- [Ultra High Pressure Homogenizer UltraGenizer](https://www.nexus-analytics.com.my/product/ultra-high-pressure-homogenizer-ultragenizer/)
- [HandGenizer (Hand Drive High Pressure Homogenizer)](https://www.nexus-analytics.com.my/product/handgenizer-hand-drive-high-pressure-homogenizer/)
- [ProdGenizer (Dual Pump)](https://www.nexus-analytics.com.my/product/prodgenizer-dual-pump/)
- [Dual-Light Nano Particle Sizer](https://www.nexus-analytics.com.my/product/dual-light-nano-particle-sizer/)
- [BeVision D3 Series](https://www.nexus-analytics.com.my/product/bevision-d2/)
- [Measuring Total Oil and Grease (TOG) in Water](https://www.nexus-analytics.com.my/product/oss-clearshot-technology/)
- [Measure Formaldehyde in Urea Pellets](https://www.nexus-analytics.com.my/product/measure-formaldehyde-in-urea-pellets/)
- [Measure Oil in Urea DEF and UAN](https://www.nexus-analytics.com.my/product/measure-oil-in-urea-def-and-uan/)
- [Measuring Oil in Anhydrous Ammonia](https://www.nexus-analytics.com.my/product/measuring-oil-in-anhydrous-ammonia/)
- [Measuring Residual Oil in Critical Systems & Cleaning Solvents](https://www.nexus-analytics.com.my/product/measuring-residual-oil-in-critical-systems-cleaning-solvents/)
- [Measuring Oil & Gas in Water for Offshore](https://www.nexus-analytics.com.my/product/measuring-oil-gas-in-water-for-offshore/)
- [Detect & Measure Low Oil Concentrations in Water](https://www.nexus-analytics.com.my/product/detect-measure-low-oil-concentrations-in-water/)
- [Nanoemulsions Preparation System](https://www.nexus-analytics.com.my/product/nanoemulsions-preparation-system/)
- [NanoMixer](https://www.nexus-analytics.com.my/product/nanomixer/)
- [Will series high-pressure microjet homogenization system](https://www.nexus-analytics.com.my/product/will-series-high-pressure-microjet-homogenization-system/)
- [ManuGenizer (Quad Pumps/Dual Pumps)](https://www.nexus-analytics.com.my/product/manugenizer-quad-pumps-dual-pumps/)
- [NanoGenizer-Titanium(laboratory electric drive)](https://www.nexus-analytics.com.my/product/nanogenizer-titaniumlaboratory-electric-drive/)
- [NanoGenizer-Dual (Dual Pump)](https://www.nexus-analytics.com.my/product/nanogenizer-dual-dual-pump/)
- [NanoGenizer-Quad (Quad Pump)](https://www.nexus-analytics.com.my/product/nanogenizer-quad-quad-pump/)
- [PilotGenizer (Pilot Dual Pump)](https://www.nexus-analytics.com.my/product/pilotgenizer-pilot-dual-pump/)
- [High Pressure Micromix Homogenizer MixGenizer](https://www.nexus-analytics.com.my/product/high-pressure-micromix-homogenizer-mixgenizer/)
- [Nano High Pressure Homogenizer NanoGenizer-Ⅱ](https://www.nexus-analytics.com.my/product/nano-high-pressure-homogenizer-nanogenizer-ⅱ/)
- [Z-Type Diamond Interaction Chamber](https://www.nexus-analytics.com.my/product/z-type-diamond-interaction-chamber/)
- [ZetaView® x30 | Particle Tracking Analyzer](https://www.nexus-analytics.com.my/product/zetaview-x30/)
- [ZetaView Evolution | Particle Tracking Analyzer](https://www.nexus-analytics.com.my/product/zetaview-evolution/)
- [MCT569 Online NIR Moisture Sensor – Used for Washdown Applications](https://www.nexus-analytics.com.my/product/mct569-online-nir-moisture-sensor-used-for-washdown-applications/)
- [MCT566 Online NIR Moisture Sensor – Designed for Food Applications](https://www.nexus-analytics.com.my/product/mct566-online-nir-moisture-sensor-designed-for-food-applications/)
- [Nicolet™ Continuum Infrared Microscope](https://www.nexus-analytics.com.my/product/nicolet-continuum-infrared-microscope/) - The Nicolet Continuμm™ Infrared Microscope provides fully automated operation, making it easy and efficient to use while also offering visual observation of microscopic samples and chemical characterization of most organic and inorganic compounds. Created specifically for today’s multi-purpose labs, our infrared microscope sets the standard for FT-IR microspectroscopy — from electronics failure analysis to crime scene investigations and museum research. Recommended for the characterization of micro samples in: Failure analysis Product consistency verification Reverse engineering Research and development Measurement of bulk, surface and composite structures in material science applications, including: Forensic analysis Surface analysis Art conservation Mineralogy Biochemistry Homeland security
- [DXR™3 Raman Microscope](https://www.nexus-analytics.com.my/product/dxr3-raman-microscope/) - Access Raman data faster than ever with this easy-to-use point-and-shoot Raman Microscope. Advanced imaging capabilities make the Thermo Scientific™ DXR™3 Raman Microscope faster and more reliable than ever. Users can more confidently use their Raman data thanks to Automatic X-axis Calibration which improves reliability and stability. With speed and flexibility from new lasers and gratings the DXR3 Raman Microscope is ideal for applications like pharmaceutical, academic, advanced polymers, microplastics and many more. Recommended for: Forensics – trace evidence and illicit drug identification Pharmaceutical – polymorphs, particulate contaminants, and diffusion studies Art Restoration/Conservation – identify and characterize pigments, resins, glazes, and inks Archaeology – characterize horn, shell, bone, and ceramic artifacts Solar – Silicon crystallinity; characterization of photovoltaic materials Polymers – inclusions and gel defects, weathering effects, tie layers in laminates, and crystallinity Failure analysis – characterizing particulates and small features on surfaces Gemology – rapid ID of colored stones, distinguishing natural and synthetic diamonds, characterizing inclusions and adulterants Nanotechnology – characterize graphene, CNTs, DLC coatings and other nanostructures Academic research – useful in material science, biological studies, and many applied research fields
- [Antaris™ MX FT-NIR Process Analyzer](https://www.nexus-analytics.com.my/product/antaris-mx-ft-nir-process-analyzer/)
- [AgriCheck Plus Dual-Optics NIR Grain and Flour Analyzer](https://www.nexus-analytics.com.my/product/agricheck-plus-dual-optics-nir-grain-and-flour-analyzer/)
- [Manual Tensiometer, TC1](https://www.nexus-analytics.com.my/product/manual-tensiometer-tc1/) - Precise quality measurements of surface and interfacial tension For an easy start in tensiometry Precise and reproducible for research and quality testing User-friendly with predefined standard methods Easy handling due to innovative measuring assistant Optional temperature control, no additional space required
- [Compact Ring/Plate Tensiometer ,TD4](https://www.nexus-analytics.com.my/product/compact-ring-plate-tensiometer-td4/) - For automatic measurement with high reproducibility Flexible for research and quality control User-friendly with predefined standard methods Precise, high-resolution distance measurement for exact measurements according to the Wilhelmy plate method The graphic operating unit with touch-screen enables accurate tracking of measurements (even time-dependent measurements) Optional temperature control, no additional space required
- [Drop Volume Tensiometer, TVT 2](https://www.nexus-analytics.com.my/product/drop-volume-tensiometer-tvt-2/) - Drop-Volume tensiometer for dynamic surface and interfacial tension Precise measurement drop by drop Dynamic and static measurement mode Robust and precise design with a position accuracy in the micro-meter range Easy to use software PLL control of syringe speed Various syringe sizes (from 250µl to 5ml) Different needle diameters Reverse measurement needles Automatic adaption of light sensor sensitivity Minimizes contact with volatile/toxic samples Applications Dynamic interfacial tension of surfactants, oils and highly viscous liquids Time-dependent surface tension measurement Aging effects on insulating oils (transformer oils) Absorption kinetics of surfactants Surface age dependent characterization of emulsifiers Surface age determination ranging from one second to several hours Absorption behavior of amphiphile molecules Characterization of inks
- [Easy.Visc - Dynamic Viscosity Measurement](https://www.nexus-analytics.com.my/product/easy-visc-dynamic-viscosity-measurement/) - For determination of absolute viscosity of oils & other Newtonian liquids and analysis of polymers & plastics Small sample volume, small bench space requirements, straightforward user interface, but precise measurements and a wide temperature range. It is the easy way to successful viscosity measurements in the laboratory, in QC or in the warehouse for quality control and incoming goods inspection. Due to its intelligent temperature control and the small sample volume, the sample reaches the right temperature very quickly. Besides the dynamic viscosity, the parallel measurement of the density allows the calculation of the kinematic viscosity.
- [iVisc - Automatic Viscometer](https://www.nexus-analytics.com.my/product/ivisc-automatic-viscometer/) - Simple, automatic viscosity determination with the compact iVisc. It is ideal for switching to personal-independent, GLP-compliant measurement. Simply connect the USB cable, insert a capillary, start the software and your capillary is ready for operation. Compatible with all common capillaries (Ubbelohde, Cannon-Fenske, Micro-Ubbelohde & many more) Precise and reliable optical meniscus detection Intuitive software or start/stop button "Plug & Play" device installation Connect up to two iVisc per computer Computer control and power supplied via USB Measuring temperature from -20 to 150°C Application examples: • Determining viscosity numbers for quality assurance in the plastics industry • Absolute viscosities in the petroleum industry for motor oil, lubricant, fuel, kerosene, additives, etc. • Determining chain length of pharmaceutical and biological macro-molecules
- [Visco- Fix System](https://www.nexus-analytics.com.my/product/visco-fix-system/) - With the Visco Fix System, there is no more glass breakage in the thermostat or during manual handling. Available for Ubbelohde, Automatic-Cleaning Ubbelohde, Micro-Ubbelohde and automatic dilution Ubbelohde Key features: Reliable Even in the hectic daily laboratory routine – our capillary viscometers with Visco.Fix disk are effectively protected Significantly longer lifetime due to made-to-last design Higher precision due to longer use of same capillary viscometer Always the right viscometer at hand with the Visco.Fix carousel Clean Easy cleaning with individual beakers Clean and safe draining and drying No more dust inside the viscometer Safe Robust in handling and transport Convenient storage in the newly developed packaging
- [Processor Viscosity System (PVS) - Flexible & Upgradable](https://www.nexus-analytics.com.my/product/processor-viscosity-system-pvs-flexible-upgradable/) - It permits efficient system solutions which are perfectly adapted to the needs of users. This way, you can design the configurations very flexibly for a higher number of samples and new tasks by integrating special components and software modules. Lauda PVS is made up of stand-alone, independent functional units. Measuring stands, cleaning modules, automatic samplers and dosing systems are controlled centrally from an easy to operate Windows measuring program. Application examples: - Production-accompanying specification of viscosity numbers for technical plastics - Measurement of the viscosity index for the classification of motor oils - Determining absolute viscosities of fuels at application temperatures -Determining chain lengths of hyaluronic acid products
- [Millennium Merlin Mercury Analyzer](https://www.nexus-analytics.com.my/product/millennium-merlin-mercury-analyzer/) - It is designed specifically for the analysis of mercury in all types of samples. The analyser combines the advantages of vapour generation techniques which removes most chemical interferences with the sensitivity and selectivity of atomic fluorescence spectrometry which allows mercury analysis down to sub ppt detection limits with 107x linearity. Applications: Environmental samples (e.g. mercury in groundwater, seawater, well water, bottled water and drinking water) Foods (e.g. mercury in fish, rice, vegetables, tea & milk) Biological samples (e.g. mercury in urine, blood and hair) Industrial samples (e.g. mercury in effluents, aluminium, zinc electrolytes, paper, incineration ash, sodium hypochlorite, caustic soda, fly ash, sulphur, and brines) Three versions of the instrument are available: a) The standard PSA 10.025 Millennium Merlin with atomic fluorescence detection as described above. b) The PSA 10.035 Millennium Merlin 1631 – which is designed to be fully compliant with the following methods: EPA 1631, EPA 245.7, EPA 7474 and BS ISO 17852 (formerly EN13506) offering excellent results, sensitivity and reproducibility. c) A modified unit, the PSA 10.045 Millennium Merlin Cold Vapour - system designed specifically for Cold Vapour AAS technology and compliant to the following methods: EPA 245.1, EPA 245.2, EPA 7470 and EPA 7471with atomic absorption detection for people using these older standard methods.
- [Model IT 406 Pendulum Impact Tester (High Capacity)](https://www.nexus-analytics.com.my/product/it-406-pendulum-impact-tester-high-capacity/) - Tinius Olsen's popular model IT406 is a pendulum impact tester that can be easily changed from a Charpy configuration to an Izod configuration. These testers are designed primarily for determining the impact resistance of metals and are designed to fully comply with the specifications outlined in ASTM E23, BS EN ISO 148-3 and BS EN ISO 148-2. It provides maximum testing versatility. Easy insertion of interchangeable strikers in the pendulum head quickly adapts the machine for either Charpy or Izod testing. Two studs on the rear of the pendulum head allow optional tooling to be attached for performing tension impact tests. A latch with a safety lock holds the pendulum in its raised position and assures a vibration-free release when activated. Once released, the pendulum quickly reaches the impact velocity of 5.47 m/s (17.0 ft/s) and has a maximum available energy of 406 J (300 ft•lbf) to impact the specimen When the machine is properly installed and levelled, the total frictional and windage losses during the pendulum swing are guaranteed not to exceed 0.5% of the energy range.
- [Video Extensometers (VEM 100 Series)](https://www.nexus-analytics.com.my/product/video-extensometers-vem-100-series/) - It is designed to measure higher levels of strain (>10%) in tensile, compression, shear and flexural modes. The units are fully integrated with the testing machine and results-reporting software, supporting multiple gauge length click and drag placements, strain rate control and real-time results during and throughout the test. The VEM 100 series is directly compatible with all Tinius Olsen testing machine frames. It is mounted using a stabilised carbon fibre arm with built-in X, Y and Z fine positioning adjustment for optimum measuring performance. The unit can be mounted at the front or rear of a testing machine, left or right in support of operator comfort and efficiency of use. The extensometer on its mounting arm can be quickly moved away from the test area, ensuring full operator access for specimen loading and grip or accessory changes, then equally quickly swung back into position, locating precisely using the magnetic homing position – simple, precise and quick. The built-in lighting strip ensures repeatability in tests irrespective of lab conditions yet requires no special light sources or red colours, is easily controlled by the user adjusting intensity as required to ensure a stable light environment. Key Features: Non-contacting video extensometer solution One extensometer measures in tension, compression, flexural, shear modes No risk of damage due to violent specimen breaks Capable of measuring up to 1000% strain Supports quick gauge length change 10mm, 25mm, 50mm, 100mm, 200mm Provides a permanent record for recall of the test in video format with full resolution embedded strain data Meets the requirements of ISO 9513 class 0.5, ASTM E83 class B1 and GB/T 12160 class 0.5
- [Lauda Scientific - Surface Analyzer LSA100](https://www.nexus-analytics.com.my/product/simultaneous-thermogravimetry-differential-scanning-calorimetry-sta-tg-dsc/)

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- [Old Knowledge Center](https://www.nexus-analytics.com.my/fl-builder-template/old-knowledge-center/)
- [Knowledge Center Page Template](https://www.nexus-analytics.com.my/fl-builder-template/knowledge-center-2/)
- [Application Notes](https://www.nexus-analytics.com.my/fl-builder-template/application-notes/)
- [On Demand Video](https://www.nexus-analytics.com.my/fl-builder-template/on-demand-video/)
- [Knowledge Center](https://www.nexus-analytics.com.my/fl-builder-template/knowledge-center/)
- [left content = right sidebar archieve](https://www.nexus-analytics.com.my/fl-builder-template/left-content-right-sidebar-archieve/)
- [banner](https://www.nexus-analytics.com.my/fl-builder-template/banner/)
- [sidebar](https://www.nexus-analytics.com.my/fl-builder-template/sidebar/)
- [search sidebar](https://www.nexus-analytics.com.my/fl-builder-template/search-sidebar/)

## Timeline Stories

- [Nexus Analytics acquired the analytical equipment business assets and team of Research Instruments Singapore and Malaysia](https://www.nexus-analytics.com.my/cool_timeline/in-2017-nexus-analytics-in-both-malaysia-singapore-became-members-of-the-melchers-group-c-melchers-gmbh-co-kg-it-is-privately-owned-company-based-in-bremen-germany-established-in-1806-the-g/)
- [Nexus Analytics in both Malaysia & Singapore became members of the Melchers Group](https://www.nexus-analytics.com.my/cool_timeline/nexus-analytics-group-acquired-100-of-team-medical-scientific-sdn-bhd-tms/)
- [Nexus Analytics Group acquired 100% of Team Medical & Scientific Sdn Bhd (TMS)](https://www.nexus-analytics.com.my/cool_timeline/nexus-analytics-group-acquired-100-of-team-medical-scientific-sdn-bhd-tms-2/)

## Categories

- [Uncategorized](https://www.nexus-analytics.com.my/category/uncategorized/)
- [news](https://www.nexus-analytics.com.my/category/news/)
- [Knowledge Centre](https://www.nexus-analytics.com.my/category/knowledge-centre/)
- [Download Centre](https://www.nexus-analytics.com.my/category/download-centre/)
- [webinar](https://www.nexus-analytics.com.my/category/webinar/)
- [event](https://www.nexus-analytics.com.my/category/event/)
- [Archieve](https://www.nexus-analytics.com.my/category/archieve/)
- [Engineer Certificate](https://www.nexus-analytics.com.my/category/engineer-certificate/)
- [Recorded Webinars](https://www.nexus-analytics.com.my/category/recorded-webinars/)
- [New Knowledge Center](https://www.nexus-analytics.com.my/category/new-knowledge-center/)
- [APPLICATIONS](https://www.nexus-analytics.com.my/category/applications/)

## Tags

- [Knowledge Center - 2019](https://www.nexus-analytics.com.my/tag/knowledge-center-2019/)
- [Knowledge Center – 2020](https://www.nexus-analytics.com.my/tag/knowledge-center-2020/)
- [video](https://www.nexus-analytics.com.my/tag/video/)
- [Raman](https://www.nexus-analytics.com.my/tag/raman/)
- [Exoskeleton Technology](https://www.nexus-analytics.com.my/tag/exoskeleton-technology/)
- [Tinius Olsen](https://www.nexus-analytics.com.my/tag/tinius-olsen/)
- [rheometer](https://www.nexus-analytics.com.my/tag/rheometer/)
- [pharmaceutical](https://www.nexus-analytics.com.my/tag/pharmaceutical/)
- [rheology](https://www.nexus-analytics.com.my/tag/rheology/)
- [rheometer webinar](https://www.nexus-analytics.com.my/tag/rheometer-webinar/)
- [melt flow indexer](https://www.nexus-analytics.com.my/tag/melt-flow-indexer/)
- [melt flow index](https://www.nexus-analytics.com.my/tag/melt-flow-index/)
- [melt flow index tester](https://www.nexus-analytics.com.my/tag/melt-flow-index-tester/)
- [microplastics webinar](https://www.nexus-analytics.com.my/tag/microplastics-webinar/)
- [microplastics](https://www.nexus-analytics.com.my/tag/microplastics/)
- [FTNIR](https://www.nexus-analytics.com.my/tag/ftnir/)
- [Online Waste Water](https://www.nexus-analytics.com.my/tag/online-waste-water/)
- [Online waste water analyzer](https://www.nexus-analytics.com.my/tag/online-waste-water-analyzer/)
- [ENVIRONMENTAL](https://www.nexus-analytics.com.my/tag/environmental/)
- [ATOMIC FLUORESCENCE](https://www.nexus-analytics.com.my/tag/atomic-fluorescence/)
- [MERCURY](https://www.nexus-analytics.com.my/tag/mercury/)
- [ARSENIC](https://www.nexus-analytics.com.my/tag/arsenic/)
- [SELENIUM](https://www.nexus-analytics.com.my/tag/selenium/)
- [ANTIMONY](https://www.nexus-analytics.com.my/tag/antimony/)
- [CLINICAL SAMPLES](https://www.nexus-analytics.com.my/tag/clinical-samples/)
- [Spectroscopy](https://www.nexus-analytics.com.my/tag/spectroscopy/)
- [DXR3 Flex](https://www.nexus-analytics.com.my/tag/dxr3-flex/)
- [DXR3 Flex Raman Spectrometer](https://www.nexus-analytics.com.my/tag/dxr3-flex-raman-spectrometer/)

## Product categories

- [Uncategorized](https://www.nexus-analytics.com.my/product-category/uncategorized/)
- [Thermal & Thermophysical Analysis](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/)
- [Accelerating Rate Calorimter (ARC)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/accelerating-rate-calorimter-arc/)
- [Differential Scanning Calorimeter (DSC)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/differential-scanning-calorimeter-dsc/)
- [Dilatometer (DIL)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/dilatometer-dil/)
- [Dynamic Mechanical Analysis (DMA)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/dynamic-mechanical-analysis-dma/)
- [Multiple Module Calorimeter (MMC)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/multiple-module-calorimeter-mmc/)
- [Simultaneous Thermal Analysis (STA)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/simultaneous-thermogravimetry-differential-scanning-calorimetry-statg-dsc/)
- [Thermal Diffusivity and Thermal Conductivity (LFA)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/thermal-diffusivity-and-thermal-conductivity-lfa/)
- [Thermogravimetric Analysis (TGA)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/thermogravimetric-analysis-tga/)
- [Thermomechanical Analysis (TMA)](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/thermomechanical-analysis-tma/)
- [Molecular Spectroscopy](https://www.nexus-analytics.com.my/product-category/molecular-spectroscopy/)
- [Fourier Transform Infrared Spectrometer (FTIR)](https://www.nexus-analytics.com.my/product-category/molecular-spectroscopy/fourier-transform-infrared-spectrometer-ftir/)
- [Raman Spectroscopy](https://www.nexus-analytics.com.my/product-category/molecular-spectroscopy/raman-spectroscopy/)
- [Infrared Microscopy](https://www.nexus-analytics.com.my/product-category/molecular-spectroscopy/infrared-microscopy/)
- [Fourier Transform Near-Infrared Spectroscopy (FT-NIR)](https://www.nexus-analytics.com.my/product-category/molecular-spectroscopy/fourier-transform-near-infrared-spectroscopy-ft-nir/)
- [Particle Size Analysis](https://www.nexus-analytics.com.my/product-category/particle-size-analysis/)
- [Bettersizer Series Particle Size Analyze](https://www.nexus-analytics.com.my/product-category/particle-characterization/bettersizer-series-particle-size-analyze/)
- [BeNano Series Nanoparticle Size and Zeta Potential Analyzer](https://www.nexus-analytics.com.my/product-category/particle-characterization/benano-series-nanoparticle-size-and-zeta-potential-analyzer/)
- [Zeta Potential](https://www.nexus-analytics.com.my/product-category/zeta-potential/)
- [BeScan Series](https://www.nexus-analytics.com.my/product-category/particle-characterization/bescan-series/)
- [Rotational Rheometer](https://www.nexus-analytics.com.my/product-category/rheology/rotational-rheometer/)
- [Rheometer](https://www.nexus-analytics.com.my/product-category/rheometer/)
- [Kinexus Series](https://www.nexus-analytics.com.my/product-category/kinexus-series/)
- [Capillary Rheometer](https://www.nexus-analytics.com.my/product-category/rheology/capillary-rheometer/)
- [Rosand Series](https://www.nexus-analytics.com.my/product-category/rosand-series/)
- [Dynamic Shear Rheometer](https://www.nexus-analytics.com.my/product-category/rheology/dynamic-shear-rheometer/)
- [Sample Application](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/sample-application/)
- [Chromatogram Development](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/chromatogram-development/)
- [Derivatization](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/derivatization/)
- [Chromatogram Evaluation](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/chromatogram-evaluation/)
- [Software](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/software/)
- [HPTLC PRO](https://www.nexus-analytics.com.my/product-category/hptlc-pro/)
- [Fully Automated HPTLC System (HPTLC PRO)](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/fully-automated-hptlc-system-hptlc-pro/)
- [Tensiometers](https://www.nexus-analytics.com.my/product-category/viscometry-tensiometry-surface-analyzer-system/tensiometers/)
- [Contact Angle Measuring Instruments](https://www.nexus-analytics.com.my/product-category/contact-angle-measuring-instruments/)
- [Surface Analyzer Systems / Contact Angle Analyzer](https://www.nexus-analytics.com.my/product-category/viscometry-tensiometry-surface-analyzer-system/surface-analyzer-systems/)
- [Viscometers](https://www.nexus-analytics.com.my/product-category/viscometry-tensiometry-surface-analyzer-system/viscometers/)
- [Mercury Analyzers](https://www.nexus-analytics.com.my/product-category/mercury-arsenic-and-selenium-analyzer/mercury-analyzers/)
- [Hyride Forming Elements Analyzer (As, Se, Sb, Te, Bi)](https://www.nexus-analytics.com.my/product-category/mercury-arsenic-and-selenium-analyzer/hyride-forming-elements-analyzer-as-se-sb-te-bi/)
- [Electromechanical Universal Testing Machines](https://www.nexus-analytics.com.my/product-category/universal-testing-machines/)
- [Hydraulic Universal Testing Machine](https://www.nexus-analytics.com.my/product-category/hydraulic-universal-testing-machine/)
- [Universal Testing Machines / Tensile Test Machines](https://www.nexus-analytics.com.my/product-category/material-physical-testing/universal-tetsing-machines/)
- [Melt Flow Indexer & HDT/Vicat](https://www.nexus-analytics.com.my/product-category/material-physical-testing/melt-flow-indexer/)
- [Hardness Testers](https://www.nexus-analytics.com.my/product-category/material-physical-testing/hardness-testers/)
- [Impact Testers](https://www.nexus-analytics.com.my/product-category/material-physical-testing/impact-testers/)
- [Torsion Testers](https://www.nexus-analytics.com.my/product-category/material-physical-testing/torsion-testers/)
- [Extensometers](https://www.nexus-analytics.com.my/product-category/material-physical-testing/extensometers/)
- [Rheology Testing](https://www.nexus-analytics.com.my/product-category/rheology/)
- [Particle characterization](https://www.nexus-analytics.com.my/product-category/particle-characterization/)
- [High Performance Thin Layer Chromatography](https://www.nexus-analytics.com.my/product-category/high-performance-thin-layer-chromatography/)
- [Material Physical Testing](https://www.nexus-analytics.com.my/product-category/material-physical-testing/)
- [Viscometry, Tensiometry, Surface Analyzer System](https://www.nexus-analytics.com.my/product-category/viscometry-tensiometry-surface-analyzer-system/)
- [Mercury Arsenic and Selenium Analyzer](https://www.nexus-analytics.com.my/product-category/mercury-arsenic-and-selenium-analyzer/)
- [Fire Testing Systems](https://www.nexus-analytics.com.my/product-category/fire-testing-systems/)
- [KINETIC & THERMAL SIMULATION SOFTWARE](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/kinetic-and-thermal-simulation-software/)
- [Food Composition & Quality Testing Solutions](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/)
- [Moisture Analysis Solution](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/moisture-analysis-solution/)
- [Flour & Dough Testing Solution](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/flour-dough-testing-solution/)
- [Composition Analysis Solution](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/composition-analysis-solution/)
- [Dough Fermentation & Proofing Analysis](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/flour-dough-testing-solution/dough-fermentation-proofing-analysis/)
- [Dough Rheology Analysis](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/flour-dough-testing-solution/dough-rheology-analysis/)
- [Flour Milling and Sample Preparation](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/flour-dough-testing-solution/flour-miling-and-sample-preparation/)
- [NIR Analyzer](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/composition-analysis-solution/nir-analyzer/)
- [Vision Inspection Solutions](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/vision-inspection-solutions/)
- [Bakery Vision Inspection Solutions](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/vision-inspection-solutions/bakery-vision-inspection-solutions/)
- [Starch Damage Analysis](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/flour-dough-testing-solution/starch-damage-analysis/)
- [SpectraStarTM XT NIR Analyzer Series](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/moisture-analysis-solution/spectrastartm-xt-nir-analyzer-series/)
- [MCT Online NIR Series](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/moisture-analysis-solution/mct-online-nir-series/)
- [QuikCheck](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/moisture-analysis-solution/quikcheck/)
- [RF Moisture Sensor](https://www.nexus-analytics.com.my/product-category/food-composition-quality-testing-solutions/composition-analysis-solution/rf-moisture-sensor/)
- [BetterPyc Series Gas Pycnometer](https://www.nexus-analytics.com.my/product-category/particle-characterization/betterpyc-series-gas-pycnometer/)
- [Particle Tracking Analyzer](https://www.nexus-analytics.com.my/product-category/particle-characterization/particle-tracking-analyzer/)
- [LaTIMA](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/thermal-diffusivity-and-thermal-conductivity-lfa/latima/)
- [ZataView X30](https://www.nexus-analytics.com.my/product-category/particle-characterization/particle-tracking-analyzer/zataview-x30/)
- [TIMA 5](https://www.nexus-analytics.com.my/product-category/thermal-thermophysical-analysis/thermal-diffusivity-and-thermal-conductivity-lfa/tima-5/)
- [ZetaView Evolution](https://www.nexus-analytics.com.my/product-category/particle-characterization/particle-tracking-analyzer/zetaview-evolution/)
- [NUCLEAR MAGNETIC RESONANCE](https://www.nexus-analytics.com.my/product-category/nuclear-magnetic-resonance/)
- [THERMAL DIFFUSIVITY AND THERMAL CONDUCTIVITY (LFA)](https://www.nexus-analytics.com.my/product-category/thermal-diffusivity-and-thermal-conductivity-lfa-2/)
- [THERMAL TEST CHIPS AND VEHICLES (TTV)](https://www.nexus-analytics.com.my/product-category/thermal-diffusivity-and-thermal-conductivity-lfa-2/thermal-test-chips-and-vehicles-ttv/)
- [MICROFLUIDIZER](https://www.nexus-analytics.com.my/product-category/microfluidizer/)
- [DIAMOND INTERACTION CHAMBER](https://www.nexus-analytics.com.my/product-category/microfluidizer/diamond-interaction-chamber/)
- [HIGH PRESSURE HOMOGENIZER](https://www.nexus-analytics.com.my/product-category/microfluidizer/high-pressure-homogenizer/)
- [MICROFLUIDIC MIXER](https://www.nexus-analytics.com.my/product-category/microfluidizer/microfluidic-mixer/)
- [NANO PARTICLE SIZER](https://www.nexus-analytics.com.my/product-category/microfluidizer/nano-particle-sizer/)
- [Particle Size and Shape Analyzers](https://www.nexus-analytics.com.my/product-category/particle-characterization/particle-size-and-shape-analyzers/)
- [FTIR Accessories](https://www.nexus-analytics.com.my/product-category/ftir-accessories/)
- [MEASURING OIL IN WATER](https://www.nexus-analytics.com.my/product-category/ftir-accessories/measuring-oil-in-water/)
- [Low Oil Concentration](https://www.nexus-analytics.com.my/product-category/ftir-accessories/low-oil-concentration/)
- [Offshore Oil and Gas](https://www.nexus-analytics.com.my/product-category/ftir-accessories/offshore-oil-and-gas/)
- [Residual Oil in Critical System](https://www.nexus-analytics.com.my/product-category/ftir-accessories/residual-oil-in-critical-system/)
- [Total Oil and Grease (TOG)](https://www.nexus-analytics.com.my/product-category/ftir-accessories/total-oil-and-grease-tog/)
- [Ammonia & Related Products](https://www.nexus-analytics.com.my/product-category/ftir-accessories/ammonia-related-products/)
- [Oil in Anhydrous Ammonia](https://www.nexus-analytics.com.my/product-category/ftir-accessories/oil-in-anhydrous-ammonia/)
- [Oil in Urea DEF and UAN](https://www.nexus-analytics.com.my/product-category/ftir-accessories/oil-in-urea-def-and-uan/)
- [Formoldehyde in Urea Pellets](https://www.nexus-analytics.com.my/product-category/ftir-accessories/formoldehyde-in-urea-pellets/)

## Product tags

- [Differential Scanning Calorimetery (DSC)](https://www.nexus-analytics.com.my/product-tag/differential-scanning-calorimetery-dsc/)
- [Monthly Highlight](https://www.nexus-analytics.com.my/product-tag/monthly-highlight/)
- [HPTLC](https://www.nexus-analytics.com.my/product-tag/hptlc/)
- [Millennium Merlin](https://www.nexus-analytics.com.my/product-tag/millennium-merlin/)
- [Arsenic](https://www.nexus-analytics.com.my/product-tag/arsenic/)
- [Selenium](https://www.nexus-analytics.com.my/product-tag/selenium/)
- [Antimony](https://www.nexus-analytics.com.my/product-tag/antimony/)
- [Bismuth](https://www.nexus-analytics.com.my/product-tag/bismuth/)
- [Tellurium](https://www.nexus-analytics.com.my/product-tag/tellurium/)
- [Bench Mounted ST Series](https://www.nexus-analytics.com.my/product-tag/bench-mounted-st-series/)
- [ST Series](https://www.nexus-analytics.com.my/product-tag/st-series/)
- [Floor standing ST Series Test Frames](https://www.nexus-analytics.com.my/product-tag/floor-standing-st-series-test-frames/)
- [SL Series](https://www.nexus-analytics.com.my/product-tag/sl-series/)
- [Universal Testing Machine](https://www.nexus-analytics.com.my/product-tag/universal-testing-machine/)
- [Automatic Deflection Temperature](https://www.nexus-analytics.com.my/product-tag/automatic-deflection-temperature/)
- [Vicat test equipment](https://www.nexus-analytics.com.my/product-tag/vicat-test-equipment/)
- [Rockwell](https://www.nexus-analytics.com.my/product-tag/rockwell/)
- [Brinell](https://www.nexus-analytics.com.my/product-tag/brinell/)
- [Micro Vickers indentation hardness tester](https://www.nexus-analytics.com.my/product-tag/micro-vickers-indentation-hardness-tester/)
- [Low Energy Pendulum Impact](https://www.nexus-analytics.com.my/product-tag/low-energy-pendulum-impact/)
- [Low Capacity](https://www.nexus-analytics.com.my/product-tag/low-capacity/)
- [High Capacity](https://www.nexus-analytics.com.my/product-tag/high-capacity/)
- [High Energy Pendulum Impact](https://www.nexus-analytics.com.my/product-tag/high-energy-pendulum-impact/)
- [High Strain](https://www.nexus-analytics.com.my/product-tag/high-strain/)
- [Low Strain](https://www.nexus-analytics.com.my/product-tag/low-strain/)
- [Flexible Platform](https://www.nexus-analytics.com.my/product-tag/flexible-platform/)
- [Epsilon ONE](https://www.nexus-analytics.com.my/product-tag/epsilon-one/)
- [Hardness Testers](https://www.nexus-analytics.com.my/product-tag/hardness-testers/)
- [Universal Hardness Tester](https://www.nexus-analytics.com.my/product-tag/universal-hardness-tester/)
- [Superficial Rockwell](https://www.nexus-analytics.com.my/product-tag/superficial-rockwell/)
- [Vickers](https://www.nexus-analytics.com.my/product-tag/vickers/)
- [Knoop](https://www.nexus-analytics.com.my/product-tag/knoop/)
- [CURELASTOMETER®](https://www.nexus-analytics.com.my/product-tag/curelastometer/)
- [Curemeter](https://www.nexus-analytics.com.my/product-tag/curemeter/)
- [Rubber Testing Solutions](https://www.nexus-analytics.com.my/product-tag/rubber-testing-solutions/)
- [Resin hardening instrument](https://www.nexus-analytics.com.my/product-tag/resin-hardening-instrument/)
- [Moving Die Rheometer](https://www.nexus-analytics.com.my/product-tag/moving-die-rheometer/)
- [Differential Scanning Calorimeter (DSC)](https://www.nexus-analytics.com.my/product-tag/differential-scanning-calorimeter-dsc/)
- [Fire Testing](https://www.nexus-analytics.com.my/product-tag/fire-testing/)
- [NIR Moisture Analyzer](https://www.nexus-analytics.com.my/product-tag/nir-moisture-analyzer/)
- [SpectraStar XT NIR](https://www.nexus-analytics.com.my/product-tag/spectrastar-xt-nir/)
- [SpectraStar XT-R](https://www.nexus-analytics.com.my/product-tag/spectrastar-xt-r/)
- [SpectraStar XT-F](https://www.nexus-analytics.com.my/product-tag/spectrastar-xt-f/)
- [MCT460 NIR Sensor](https://www.nexus-analytics.com.my/product-tag/mct460-nir-sensor/)
- [Online NIR Analyzer](https://www.nexus-analytics.com.my/product-tag/online-nir-analyzer/)
- [Real-Time Moisture Measurement](https://www.nexus-analytics.com.my/product-tag/real-time-moisture-measurement/)
- [MCT560 NIR Sensor](https://www.nexus-analytics.com.my/product-tag/mct560-nir-sensor/)
- [Online Moisture Analyzer](https://www.nexus-analytics.com.my/product-tag/online-moisture-analyzer/)
- [MCT566 NIR Sensor](https://www.nexus-analytics.com.my/product-tag/mct566-nir-sensor/)
- [Online Moisture and Oil Analyzer](https://www.nexus-analytics.com.my/product-tag/online-moisture-and-oil-analyzer/)
- [MCT569 NIR Sensor](https://www.nexus-analytics.com.my/product-tag/mct569-nir-sensor/)
- [Heavy-Duty NIR Moisture Sensor](https://www.nexus-analytics.com.my/product-tag/heavy-duty-nir-moisture-sensor/)
- [Rheo F4 Dough Analyzer](https://www.nexus-analytics.com.my/product-tag/rheo-f4-dough-analyzer/)
- [Dough Proofing Analyzer](https://www.nexus-analytics.com.my/product-tag/dough-proofing-analyzer/)
- [Fermentation Analysis Instrument](https://www.nexus-analytics.com.my/product-tag/fermentation-analysis-instrument/)
- [Alveolab Dough Analyzer](https://www.nexus-analytics.com.my/product-tag/alveolab-dough-analyzer/)
- [Automated Rheology Analyzer](https://www.nexus-analytics.com.my/product-tag/automated-rheology-analyzer/)
- [AlveoPC Dough Analyzer](https://www.nexus-analytics.com.my/product-tag/alveopc-dough-analyzer/)
- [Compact Rheology Analyzer](https://www.nexus-analytics.com.my/product-tag/compact-rheology-analyzer/)
- [Wheat Flour Analyzer](https://www.nexus-analytics.com.my/product-tag/wheat-flour-analyzer/)
- [Viscoelastic Dough Testing](https://www.nexus-analytics.com.my/product-tag/viscoelastic-dough-testing/)
- [Mixolab 2 Dough Analysis](https://www.nexus-analytics.com.my/product-tag/mixolab-2-dough-analysis/)
- [Universal Dough Characterizer](https://www.nexus-analytics.com.my/product-tag/universal-dough-characterizer/)
- [Protein and Starch Analysis](https://www.nexus-analytics.com.my/product-tag/protein-and-starch-analysis/)
- [CD1 Laboratory Mill](https://www.nexus-analytics.com.my/product-tag/cd1-laboratory-mill/)
- [Wheat Milling Test Equipment](https://www.nexus-analytics.com.my/product-tag/wheat-milling-test-equipment/)
- [Pilot Milling System](https://www.nexus-analytics.com.my/product-tag/pilot-milling-system/)
- [EM10 Laboratory Oven](https://www.nexus-analytics.com.my/product-tag/em10-laboratory-oven/)
- [Flour Performance Testing](https://www.nexus-analytics.com.my/product-tag/flour-performance-testing/)
- [Standard Baking Test Oven](https://www.nexus-analytics.com.my/product-tag/standard-baking-test-oven/)
- [Grinder CHOPIN](https://www.nexus-analytics.com.my/product-tag/grinder-chopin/)
- [Laboratory Grain Grinder](https://www.nexus-analytics.com.my/product-tag/laboratory-grain-grinder/)
- [Sample Preparation Grinder](https://www.nexus-analytics.com.my/product-tag/sample-preparation-grinder/)
- [LabMill Pilot Mill](https://www.nexus-analytics.com.my/product-tag/labmill-pilot-mill/)
- [Pilot-Scale Flour Milling System](https://www.nexus-analytics.com.my/product-tag/pilot-scale-flour-milling-system/)
- [Industrial Milling Simulation](https://www.nexus-analytics.com.my/product-tag/industrial-milling-simulation/)
- [MR Dough Mixer](https://www.nexus-analytics.com.my/product-tag/mr-dough-mixer/)
- [Laboratory Dough Mixer](https://www.nexus-analytics.com.my/product-tag/laboratory-dough-mixer/)
- [Flour Testing Mixer](https://www.nexus-analytics.com.my/product-tag/flour-testing-mixer/)
- [SDMatic 2 Starch Analyzer](https://www.nexus-analytics.com.my/product-tag/sdmatic-2-starch-analyzer/)
- [Damaged Starch Tester](https://www.nexus-analytics.com.my/product-tag/damaged-starch-tester/)
- [Automated Starch Damage Analysis](https://www.nexus-analytics.com.my/product-tag/automated-starch-damage-analysis/)
- [AgriCheck NIR Analyzer](https://www.nexus-analytics.com.my/product-tag/agricheck-nir-analyzer/)
- [Grain Quality Testing](https://www.nexus-analytics.com.my/product-tag/grain-quality-testing/)
- [Portable NIR Grain Analyzer](https://www.nexus-analytics.com.my/product-tag/portable-nir-grain-analyzer/)
- [AgriCheck Plus NIR Analyzer](https://www.nexus-analytics.com.my/product-tag/agricheck-plus-nir-analyzer/)
- [Dual-Optics Grain and Flour Analyzer](https://www.nexus-analytics.com.my/product-tag/dual-optics-grain-and-flour-analyzer/)
- [Guardian-HD Web Profiler](https://www.nexus-analytics.com.my/product-tag/guardian-hd-web-profiler/)
- [Coat Weight Management](https://www.nexus-analytics.com.my/product-tag/coat-weight-management/)
- [Guardian-HD Elite Profiler](https://www.nexus-analytics.com.my/product-tag/guardian-hd-elite-profiler/)
- [Advanced Web Profiling System](https://www.nexus-analytics.com.my/product-tag/advanced-web-profiling-system/)
- [Guardian-HD Essential Profiler](https://www.nexus-analytics.com.my/product-tag/guardian-hd-essential-profiler/)
- [Basic Moisture or Coat Weight Profiler](https://www.nexus-analytics.com.my/product-tag/basic-moisture-or-coat-weight-profiler/)
- [NIR-7000 Moisture Analyzer](https://www.nexus-analytics.com.my/product-tag/nir-7000-moisture-analyzer/)
- [Online NIR Moisture Sensor](https://www.nexus-analytics.com.my/product-tag/online-nir-moisture-sensor/)
- [EyePro Vision System](https://www.nexus-analytics.com.my/product-tag/eyepro-vision-system/)
- [Automated Visual Inspection](https://www.nexus-analytics.com.my/product-tag/automated-visual-inspection/)
- [Bakery Vision Inspection](https://www.nexus-analytics.com.my/product-tag/bakery-vision-inspection/)
- [Over-Line Vision System](https://www.nexus-analytics.com.my/product-tag/over-line-vision-system/)
- [Inline Food Inspection Solution](https://www.nexus-analytics.com.my/product-tag/inline-food-inspection-solution/)
- [Bakery Product Inspection](https://www.nexus-analytics.com.my/product-tag/bakery-product-inspection/)
- [Lane Balancing Vision System](https://www.nexus-analytics.com.my/product-tag/lane-balancing-vision-system/)
- [Vision-Based Lane Distribution](https://www.nexus-analytics.com.my/product-tag/vision-based-lane-distribution/)
- [Automated Product Counting](https://www.nexus-analytics.com.my/product-tag/automated-product-counting/)
- [TheiaVu E-Series Vision System](https://www.nexus-analytics.com.my/product-tag/theiavu-e-series-vision-system/)
- [Advanced Machine Vision Platform](https://www.nexus-analytics.com.my/product-tag/advanced-machine-vision-platform/)
- [Food Quality Inspection System](https://www.nexus-analytics.com.my/product-tag/food-quality-inspection-system/)