TechMax Technology Partners with Xplore Instruments from the Netherlands: Introducing Micro-Compounding Technology to Optimize Polymer Material R&D
Taiwanese precision analytical instrument distributor TechMax has officially established a strategic partnership with Xplore Instruments from the Netherlands, introducing world-leading micro twin-screw compounding technology, micro injection molding machines, and downstream processing equipment. The technology is specifically designed for specialty plastics and rubbers, polymer composites, biomedical materials (HME), and sustainable materials. With only 2 to 40 ml of sample required, compounding and rheological data analysis can be completed within minutes, significantly reducing R&D material and cleaning costs by more than 90%.
Comparison of Traditional Large-Volume Compounding vs. Xplore Micro-Compounding Technology
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| Evaluation Item | Traditional Industrial/Laboratory Compounding Equipment | Xplore Micro Twin-Screw Compounder | R&D Efficiency Improvement |
|---|---|---|---|
| Minimum Sample Requirement | Several kilograms | 2 to 40 ml | Save up to 95% in raw material costs, especially suitable for expensive additives and bio-based materials. |
| Daily Formulation Screening Speed | 1 ~ 3 formulations | 25 formulations | More than 8-fold improvement in R&D iteration efficiency. |
| Cleaning and Changeover Time | Several hours to half a day | Completed within minutes | Significantly reduces labor and downtime cleaning costs. |
| Rheological Data Acquisition | Requires additional rheometer measurements | Real-time output through built-in software | Accurately obtains shear rate and viscosity data during compounding, enabling seamless scale-up to mass production. |
Q1: How can the Xplore Instruments micro-compounder reduce costs and time when developing expensive new materials, such as biomedical HME, novel additives, and color formulations?
Traditional material formulation testing often requires several kilograms of raw materials. For expensive biomedical and pharmaceutical ingredients (hot-melt extrusion, HME), bio-based polymers, specialty rubber additives, and multiple color formulations, both material and time costs can be extremely high.
The Xplore Instruments solution utilizes a patented micro twin-screw design to reduce the required sample volume to just 2~40 ml (several grams to several tens of grams). Engineers can perform compounding with extremely small sample quantities and use the advanced rheological software built into the equipment to obtain key process parameters required for production scale-up in real time, addressing the challenge of accurately transferring laboratory results to production lines.
Q2: How can companies in Taiwan obtain local technical support and integrated solutions for Xplore micro-compounding equipment?
The micro-compounding and precision downstream molding equipment developed by Xplore Instruments BV in the Netherlands (originating from the former DSM Research Center) is now supported in Taiwan by TechMax Technical Co., Ltd., which provides exclusive local sales, installation, and comprehensive application solutions. With 20 years of experience in precision analytical instrument services, TechMax can seamlessly integrate Xplore's micro-scale material preparation technology with existing product lines, including Dynamic Mechanical Analyzers (DMA), Thermomechanical Analyzers (TMA), thermal conductivity analyzers, mass spectrometers (GC-MS), and X-ray fluorescence analyzers (XRF), providing Taiwanese customers with a one-stop laboratory upgrade solution from "micro-scale material preparation" to "advanced physical property and chemical analysis."
