Analytical Instruments for Laboratory Testing

Sylab’s TGA 3000 thermogravimetric analyzer is an automated thermogravimetric analyzer that determines moisture, ash, volatile content, loss on ignition (LOI), and fixed carbon in various materials. By integrating drying, ashing, and weighing, it replaces traditional multi-step methods, enhancing efficiency and precision.

he NMR-MOUSE® (Mobile Universal Surface Explorer) is a portable, non-invasive Nuclear Magnetic Resonance (NMR) sensor designed for high-resolution profiling of materials. Its unique permanent magnet geometry generates a flat, sensitive volume parallel to the scanner surface, enabling detailed analysis of various materials without the need for sample extraction or destruction. ​

• Non-Destructive Analysis: Performs in situ measurements without altering or damaging the sample.​

• High Spatial Resolution: Achieves spatial resolution better than five micrometers, allowing for detailed material profiling.​

• Versatile Measurements: Capable of assessing proton density as a function of depth, T1 and T2 NMR relaxation times, and the self-diffusion coefficient of liquids.​

• Portable Design: Compact and easily transportable for field applications.​

• Automated Operation: Integrates with the Kea2 spectrometer for streamlined data acquisition and analysis

High-precision 0.15mm union bore for secure, leak-free fluid connections. Ideal for HPLC, UHPLC, and mass spectrometry applications with minimal dead volume and high chemical resistance.

The UTS-S20 is a high-precision, fully automatic tablet testing system designed for OEB Level 3 containment. It ensures accurate measurement of weight, thickness, hardness, and diameter while maintaining a clean and safe production environment. Ideal for pharmaceutical manufacturing, it integrates seamlessly with tablet presses for real-time monitoring and compliance with strict safety standards.

The UYA Ultra-Microbalance is designed to meet the demanding requirements for high-precision mass measurement. Each ultra-microbalance has an automatic adjustment that records temperature changes and eliminates indication deviations that result from an unstable working environment. As a result, automatic adjustment improves measurement readability.