ARES FML-100 LABORATORY IMPACT MILL – FILTRA

The DSC-40AE is a high-performance thermal analyzer based on the tower-type heat flux principle, designed to accurately measure heat flow differences between a sample and a reference material under precisely controlled temperature programs. With milligram-scale samples, the instrument provides reliable and accurate analysis of essential thermal properties, including specific heat capacity, glass transition temperature (Tg), melting point, enthalpy of fusion, reaction heat of thermosetting plastics, curing kinetics, and gel conversion rates.

The DSC-40BE is a conventional Differential Scanning Calorimeter (DSC) based on the heat flux principle, designed for accurate thermal analysis of various materials. The instrument measures the difference in heat flow between a sample and a reference material as a function of temperature or time under controlled heating conditions. With only milligram-level sample quantities required, the DSC-40BE provides comprehensive thermal characterization, including enthalpy, melting point, crystallization temperature, glass transition temperature (Tg), specific heat capacity, purity, oxidation induction time (OIT), thermal stability, and Arrhenius kinetic parameters. The DSC-40BE is suitable for research, quality control, material characterization, and thermal stability studies across a wide range of applications.

The Lugsicher LUZ Series UV Laser Marking System is engineered to replace conventional Thermal Transfer Overprinting (TTO) technology on flexible packaging lines, delivering a more efficient, reliable, and sustainable coding solution. Designed for seamless integration with existing TTO installation structures, the LUZ Series enables a smooth upgrade with minimal modifications to your production line. By leveraging 355 nm UV laser technology, the system produces permanent, high-contrast markings without the need for ink ribbons or other consumables. Whether marking PET, BOPP, or laminated films, the LUZ Series ensures exceptional marking clarity and consistency while significantly reducing maintenance requirements and long-term operating costs.

The FAS305 Automated HPTLC Sample Applicator is a fully automated system combining the AS30 applicator and BS35 auto-sampler, capable of handling up to 80 samples for precise and consistent application on TLC plates. Its space-saving design, automated cleaning, and user-friendly software make it an ideal solution for high-throughput HPTLC analysis with minimal manual intervention.

The Y(B) 802K-II Automatic Fast Eight-basket Constant Temperature Oven is a high-performance laboratory oven system designed to measure the moisture regain and heat treatment of textile samples. The oven operates by placing the sample in each basket, which ensures airflow around each sample, giving uniform and absolute drying and heating. Built-in Digital control panel allows users to preset the temperature and time. The precise heating system and temperature sensors continuously monitor the heating system to calibrate in real time. After completing the testing, samples are removed, and the oven stops automatically.

Outshining Fluorescence Spectrophotometer Experience Faster, Smarter, and More Reliable Fluorescence Analysis Meet the SCINCO Lumilux 5100 Fluorescence Spectrophotometer—a next-generation solution engineered to deliver exceptional sensitivity, accuracy, and efficiency for modern laboratories. Building on the trusted legacy of SCINCO's widely recognized FS-2 Fluorescence Spectrophotometer, the Lumilux 5100 combines proven performance with advanced optical technology to provide superior precision, excellent reproducibility, and outstanding operational efficiency. Powered by an optimized continuous Xenon Arc lamp and SCINCO's proprietary high-speed scanning technology of up to 60,000 nm/min, the Lumilux 5100 performs rapid fluorescence measurements while maintaining exceptional analytical accuracy, enabling laboratories to maximize productivity without compromising data quality. Designed for a wide range of applications—including environmental monitoring, pharmaceutical research, material characterization, life science research, and quality control—the Lumilux 5100 delivers reliable and highly reproducible results for both research laboratories and industrial environments. With its powerful performance, user-friendly operation, and advanced fluorescence technology, the SCINCO Lumilux 5100 empowers laboratories to achieve faster analyses, greater confidence in every measurement, and more efficient workflows.

The LC130 Series CO₂ Laser Marking Machine features a sealed CO₂ laser tube and precision beam technology, making it ideal for non-metal marking applications in the electronics, food & beverage, life sciences, and healthcare industries. Its advanced dynamic temperature control system ensures stable laser output, while the rugged, weather-resistant housing is designed to withstand harsh operating environments. The maintenance-free laser source provides reliable, long-term performance with minimal downtime. The system automatically synchronizes with production line speeds to deliver consistent, high-speed, and high-precision marking. Its compact, modular design enables seamless integration into automated production lines, even in space-constrained environments.