Particle Size Analyzer

Select Other Models


Particle Size Analyzers LPSA Series

Easy to operate: After selecting "Start" the system leads the user through the measurement process from loading sample, beam alignment, background measurement, obscuration adjustment through measurement, reporting and finally system cleaning. The complete measurement process including reporting is fully automated. Self diagnostic function is standard.

Measure forward scattered light: Adding of back scattered light detectors, extends the lower limit of measurement.
Full scale measurement: No need to change lens. High performance price ratio.
Shockproof pinhole design and auto alignment of detectors: With built-in ultrasonic in the circulating sample feeding system for Whole range measurement without changing the lens, convenient to use.
Measure forward scattered light: Adding of back scattered light detectors, extends the lower limit of measurement.
Full scale measurement: No need to change lens. High performance price ratio.
Shockproof pinhole design and auto alignment of detectors: With built-in ultrasonic in the circulating sample feeding system for Whole range measurement without changing the lens, convenient to use.
Measure forward scattered light: Adding of back scattered light detectors, extends the lower limit of measurement.
Full scale measurement: No need to change lens. High performance price ratio.
Shockproof pinhole design and auto alignment of detectors: With built-in ultrasonic in the circulating sample feeding system for Whole range measurement without changing the lens, convenient to use.

It is used to measure fog drops: Its structure can be changed according to the requirements. A Fourrier Lens with different focal length can be used to change the measuring range.

Dry and wet dispersion methods: Dry method dispersion avoids the physical and chemical change of samples that might appear in wet dispersion. Economic and environment friendly since no dispersing agent or medium is needed.

Dry method dispersion avoids the physical and chemical change of samples that might appear in wet dispersion. Economic and environment friendly since no dispersing agent or medium is needed.