Laser Particle Size Analyzer LX100LPA

Description

Laser Particle Size Analyzer LX100LPA is a high-precision, fully automatic laser particle size analyzer designed for accurate measurement of particles ranging from 0.1 µm to 800 µm, based on the principle of laser light scattering. It incorporates advanced Fourier transform testing technology, enabling a short focal length with high resolution and enhanced detection accuracy, with a wide dynamic range, fast measurement speed, and user-friendly operation, it is ideal for analyzing powders and liquid droplets across a broad particle size distribution.

Specifications

Test range
0.1 μm to 800 μm
Test speed
< 1 min/ times (excluding sample dispersion time)
Number of detector channels
86
Accuracy error
< 1%
Repeatability error
< 0.5%
Wet process
Ultrasonic: Frequency: 40KHz, power: 80W, time: optional, adjustable, with ultrasonic anti drying
Cycle and stir: Circular mixing, speed: 100 to 3950 rpm, adjustable speed
Circulating flow: Rated flow: 0 to 10 L/min adjustable rated power: 25W
Sample cell: Boiling type sample pool, the dispersion effect is better, capacity: 190 to 600mL can be normal test
Shading detection: Real-time detection function of the shade
Power supply
AC220V±10%, 50/60Hz (Standard)
AC110±10%, 60Hz (Optional)
Packing dimension
680 x 510 x 530 mm
Gross weight
50 Kg
Features
  • Advanced optical design with Fourier transform technology for high-resolution, short focal length, and precise small-particle detection
  • Anti-dry function prevents damage to the ultrasonic transducer when operating without water
  • Misoperation protection automatically ignores incorrect operations to avoid equipment damage
  • Residue-free and bubble-free sample handling for accurate results
  • Adjustable timing function integrated with anti-dry protection
  • High-pressure air dispersion ensures efficient powder measurement
Applications
  • It is suitable for particle size analysis in pharmaceuticals, chemicals, mining, food, cosmetics, ceramics, and environmental samples.