Hench FTIR accessories feature a user-friendly interface with guided operation for quick learning. An extensive spectral library with a custom database enables accurate spectrum identification, while real-time data acquisition and live preview ensure efficient, reliable analysis.
Hench lab hydraulic presses offer precise pressure and temperature control, handle small-die compaction with ease, support multi-stage programs, and ensure safe, repeatable sample preparation for XRF and materials analysis.
Learn MoreTianjin Hench Technology Co., Ltd. is a leading high-tech enterprise specializing in the research, development, and manufacturing of Fourier transform infrared spectrometers and advanced FTIR pre-processing sample preparation tools. Our solutions include precision hydraulic press machines and high-quality IR dies, designed for accurate, reproducible, and efficient sample preparation.
Hench provides infrared spectroscopy accessories and hydraulic presses for precise sample preparation, enabling accurate spectrum acquisition, pellet formation, and reliable analysis.
These solutions are widely used across industries including:
They support product development, testing, and internal laboratory use, ensuring consistent, repeatable results for research, quality control, and analytical testing.
Hench Technology offers advanced FTIR spectrometers, moisture-proof storage, and precision IR hydraulic presses, including isostatic pressing machine, vacuum hydraulic press, digital hydraulic press and hydraulic heated press, providing reliable, high-efficiency solutions for laboratory powder analysis, sample preparation, and material testing across diverse industries.
Explore our global showcase of cutting-edge technology and real-world applications at our exhibition. From hydraulic systems to FTIR solutions, we present live demos, hands-on displays, and industry insights — a must-see stop for partners, engineers, and decision makers.
In material testing laboratories, polymer research centers, chemical analysis facilities, and new material development projects, sample preparation quality directly impacts the accuracy of experimental results and the reliability of product evaluations. Many laboratories already use conventional cold pressing equipment and often ask an important question:…
In high-precision laboratory sample preparation and material testing, dies are the core components for pre-processing. The hardness performance of a lab pellet molding die directly determines its wear resistance, impact resistance, and ultimate service life. Throughout the entire lifecycle of die development, heat treatment verification,…
In numerous research and testing fields—such as material development, chemical quality inspection, biomedicine, and environmental testing—accurately identifying substance components, analyzing molecular structures, and controlling product quality are top laboratory priorities. Traditional detection methods are often cumbersome, time-consuming, and highly destructive, making it difficult to meet…
