The Fourier transform infrared spectrometer uses the working principle of interferometer interference frequency modulation to convert the light emitted by the light source into interference light through a Michelson interferometer, and then irradiate the sample with the interference light. The receiver receives the interference light with sample information, and then the computer software performs Fourier transform to obtain the spectral image of the sample. This instrument is a spectral analysis instrument for industries such as materials science, biomedicine, petrochemicals, and food safety. At the same time, it is also an analytical instrument for relevant professional laboratories in universities, research institutes, and other institutions.

Below, let me briefly introduce the characteristics of Fourier transform infrared spectrometer? as shown below

1. The main components are installed using needle positioning, without the need for adjustment, greatly enhancing the stability of the instrument and reducing maintenance costs;

2. Off axis town adopts Spor cutting technology, which has optical efficiency and system consistency;

3. Small sample warehouse design, convenient for connecting various accessories;

4. Intelligent human-computer interaction design, whether you have been in contact with this type of instrument or not, you can quickly get started and proficiently use it;

5. Spectral data collection preview full monitoring mode, the collection process - no more browsing;

6. The instrument is designed to be compact, small and lightweight, with easy installation and simple use Easy maintenance and other features, the overall weight is only 14Ke, saving space on the experimental bench;

7. The gold-plated reflective mirror with a large aperture serves as a dynamic and stationary interferometer, exhibiting high energy efficiency;

8. The push-pull sample chamber door design greatly reduces the interference of water and carbon dioxide in the external air on the test results.