Overview

Wet Laser Particle Size Analyzer LMWLA-A100 offers 0.1 to 800 µm measurement range. It offers computer-controlled, one-click operation for easy, fast, and fully automated testing. Its advanced optical design with auto calibration ensures full-range detection with minimal adjustment time. It features anti-dry burning and mis operation protection with no bubble interference for reliable operation. Our Wet Laser Particle Size Analyzer is ideal for pharmaceuticals, paints, and ceramics.

Features :

Boiling type sample cell

Dustproof and shockproof build

Micro circulation system 

Dew point measurement

Quick-change sample window 

Imported fibre laser

Specifications :

Measurement Range	0.1 to 800 µm
Detector Channels	96
Sample Cell Volume	190 to 600 mL
Testing Speed	Less than 1 minute per test (excluding dispersion)
Accuracy Error	Lesser than 0.5%
Repeatability Error	Lesser than 0.5%
Optical Calibration Time	Less than or equal to 15 seconds
Circulation and mixing	100 to 33950 rpm, adjustable
Circulation Flow	0 to 30 L/min, adjustable
Micro Circulation System Volume	Greater than 180 mL
Laser Wavelength	635 nm
Laser Power	Greater than 10 mW
Dispersion Method	Ultrasonic
Ultrasonic Frequency	40 KHz
Ultrasonic Power	100 W
Dimensions	680 × 410 × 450 mm
Weight	35 kg

Applications :

Wet Laser Particle Size Analyzer LMWLA-A100 is ideal for pharmaceuticals, ceramics, and cement industries for analysing active ingredients, sintering powders, and cement fineness during formulation and quality control.

Selection Guide :

Wet Laser Particle Size Analyzer LMWLA-A100 is a high-precision instrument designed for measuring particle size distribution in liquid suspensions using laser diffraction technology. It is widely used in research studies and experiments across various fields such as pharmaceuticals, materials science, ceramics, chemicals, and environmental science. Applications include analyzing emulsions, slurries, pigments, coatings, and nanomaterials, where accurate particle size measurement is crucial for product development and quality control. The model supports fast and repeatable testing, making it suitable for both laboratory research and industrial settings. It typically complies with ISO 13320 standards for laser diffraction and is CE certified, with calibration traceability to NIST standards, ensuring reliable performance in regulated environments. Customers should consider this model when their requirements demand certified precision, fast testing, and versatile application for wet sample analysis.