Dry powder laser particle size analyzer

FBS2010-L laser particle size analyzer
Main performance characteristics:
　
Advanced optical path design:
FBS2010-L adopts converging light Fourier transform testing technology to ensure maximum testing range at the shortest focal length, effectively improving the instrument's resolution capability; The unique arrangement of small probes gives 2010 super strong small particle testing capabilities. The superior automatic centering system and computer operating system demonstrate the humanized design of FBS2010.
　　
High stability optical path optimization:
The unique design of FBS2010-L gives it the most advanced high stability optical path. It uses imported fiber output lasers with high stability and long lifespan, and excellent monochromaticity gives FBS2010-L super stability; The main optical path adopts a fully enclosed design, ensuring that the instrument can be tested for a long time in complex environments; The high-density rotating probe distribution ensures the seamless testing of FBS2010's ultra strong full range;
　　
Unique dry dispersion system:
The FBS2010-L dispersion system has been optimized based on theoretical data from France, making the dispersion of dry powder more uniform. The super strong negative pressure ensures the continuity and uniformity of the feed, effectively avoiding the adhesion of dry powder during the testing process.
　　
Detector:
The FBS2010-L detector adopts a new design that combines the main detector and the auxiliary detector, ensuring seamless detection throughout the instrument's full range and making testing more accurate. The main detector is designed with an automatic centering system, which can achieve one click automatic centering of the instrument, highlighting humanized design. At the same time, it effectively avoids damage to the detector caused by manual centering, effectively extending the service life of the instrument.
　
Dustproof and shockproof design:
The instrument has undergone a sealed design, significantly improving the service life of internal components. The unique suspended structure can effectively avoid the interference of external vibrations on the instrument, making the result testing more stable and reliable.

Automatic calibration of optical path:
The optical path undergoes slight changes, and the instrument can adjust the optical path on its own.
　　
No residue in the pipeline:
After the test is completed, there are no residual samples in the pipeline, which will not interfere with the next test.
　　
Computer controlled feeding:
Testers can use computers to accurately control the amount of material fed into the instrument.
　　
Main technical parameters: