Stability Chamber
Aircraft and its components are subject to extreme pressure and climatic conditions during flights. These parameters have a significant influence on the functioning of individual components, and they must be monitored and measured for safety reasons. CME Altitude chamber allow for the testing of aerospace components in an environment with controlled pressure, temperature and humidity parameters. An altitude of 100,000 feet [10 mbar] can be simulated in the test space.
The EDX-B3T/B6T Coating Thickness XRF is specially designed for analyzing coating composition and accurately measuring coating thickness. The system irradiates the sample with X-rays and determines coating thickness by measuring the intensity of secondary X-rays emitted from the sample, enabling completely non-destructive analysis. Key advantages include high accuracy, fast measurement, non-destructive testing, and easy operation. It can simultaneously measure the thickness of up to five coating layers and quickly identify the composition of coating materials, making it an efficient solution for coating analysis and quality control.
This series are primarily utilized for material elemental composition analysis across all stages of complete mining process.
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.
Stability Chamber
BOD Incubators are designed to provide precise temperature control for applications such as microbial culture, BOD testing, or other research purposes, meeting stringent industry standards.
Stability Chamber
The Combo Refrigerator is designed for applications requiring precise temperature control for both upper and lower temperature zones. With its robust construction and advanced technology, this equipment is ideal for a wide range of industrial and research applications.
The Tailin Containment Isolator is a negative-pressure solution specifically designed for ADC small-molecule synthesis and the handling of highly potent pharmaceutical compounds. Meeting OEB5 personnel-protection requirements with an OEL below 0.05 µg/m³, the system combines H14 HEPA filtration, internal explosion-proof protection, and continuous-liner material transfer to safeguard operators, products, and the surrounding environment. Multiple processes—including rotary evaporation, filtration, drying, weighing, dispensing, and capping—can be integrated into one secure and efficient closed system.
The Tailin Containment Isolator is specifically designed for crude peptide dissolution during active pharmaceutical ingredient processing. Meeting OEB5 design requirements with an OEL below 0.1 µg/m³, the system incorporates a liquid-dispensing container to support continuous weighing and feeding operations. Its fully explosion-proof design meets EX d II BT4 requirements, helping protect operators, control material dispersion, and improve process safety when handling highly potent peptide materials.