In situ infrared spectrometer

FourierIn situ infrared spectrometerWidely used in fields such as chemical science, life science, materials science, semiconductors, nanotechnology, etc. This instrument can not only be used to determine the laws of changes in samples or reaction systems with time, temperature, pressure, and environmental changes, but also to achieve real-time online scanning analysis and carry out mechanism research of chemical reactions.

In situ infrared spectrometerHardware features:

Interferometer: Special interferometer technology ensures high stability and accuracy for long-term detection, without spectral deviation and distortion. Good reliability, stability, and anti-interference performance;

Optical system: All use gold reflectors and adopt a dry and sealed all alloy optical table box. The optical path leads out and leads in the person equipped with anti fogging coating infrared transmission sealing window panels, which have high stability and dry and moisture-proof performance. The optical stage and sample chamber adopt an independent separate design, and the oversized sample chamber can expand various infrared analysis and detection applications.

Detector: Optional high-sensitivity DLATGS, electronic refrigeration MCT, liquid nitrogen refrigeration MCT, etc.

Solid state laser: stable performance, with a service life of over 10 years

Light source: Imported high-performance, long-life light source with automatic sleep function

Infrared host: All chambers of the host are sealed and dry, with a brand new optical path design. An optional moisture-proof ZnSe beam splitter and a new sealing design are available to keep the internal environment dry for a long time, reducing the frequency of replacing desiccants and minimizing the impact of environmental factors on key core components;

The spacious sample compartment can be matched with users' infrared transmission cells/ATR accessories/diffuse reflection cells, etc.

Automatic spectral quality inspection, experimental setup, and performance verification in accordance with ASTM standards and related methods, including document operation, confirmation of compatibility between testing attachments and hosts, system performance verification, etc. It can display the current status of the system in real time, provide current, voltage, temperature values of main components, indicate the cause of faults and solutions, and perform multiple functional tests to ensure the acquisition of quality spectra.