Introduction

The FTIR spectrometer is a high-performance analytical instrument designed for precise spectral analysis. It is widely used in material science, biomedicine, petrochemical, food safety, and other industries, as well as in colleges and research institutions.

Working Principle

The instrument operates on the principle of interferometer interference frequency modulation. The light emitted by the light source is converted into interference light through the Michelson interferometer, which then irradiates the sample. The receiver captures the interference light with sample information, and the spectrum is obtained through Fourier transform by computer software.

Instrument Features

Electromagnetic drive Michelson interferometer with continuous dynamic adjustment function
Three-dimensional right-angle gold-plated mirror optical compensation technology
SuperTech digital technology electronic system with 24-bit, 500KHz A/D conversion
Silicon carbide rod infrared light source with electronic voltage stabilizing power supply technology
High sensitivity DLATGS receiver with polymer moisture-proof membrane
KBr substrate multi-layer germanium plated beam splitter
Industrial temperature and humidity display screen for real-time monitoring
Special coating on window, detector, and beam splitter for ultra-high transmittance
Excellent optical mirror design with overall SPDT cutting process
Powerful expansion function with various accessories available
Intelligent human-computer interactive operation guidance design
Comprehensive spectrum library with over 220,000 entries

Significant Advantages

The FTIR spectrometer offers high-performance spectral analysis with advanced features and reliable operation, making it an indispensable tool in various industries and research institutions.