Laser Particle Analyzer LZ-LPA-A100

Overview

Laser Particle Analyzer LZ-LPA-A100 is an automated device that may be used for both wet and dry dispersion processes. It works on the laser diffraction principle with Mie and Fraunhofer scattering analysis with measuring range of 0.01μm-1200μm. Unconstrained free fitting techniques are employed, allowing for a true reflection of the particle distribution state. Widely applicable in ceramics, cement, medicines, lotions, paints, lubricants, food additives, pesticides, metal and non-metal powder etc.

Specifications :

Dispersion Type	Dry and Wet
Principle	Laser Diffraction
Analysis	Mie and Fraunhofer scattering
Measurement Range	Wet dispersion: 0.01 to 1,200μm Dry dispersion: 0.1 to 1,200μm
Photodetectors	Silicon Photodetectors Wet: 127pcs Dry: 100 pcs
Accuracy Error	Wet <1% Dry <1%
Repeatability Error	Wet <1% Dry <1%
Detector	Log-spaced array Test angle from 0.015 degree to 145 degree
Light Source	High performance semiconductor red laser (λ=639 nm) P >3.0MW Auxiliary green solid semiconductor laser (λ=405 nm) P>2.0 MW
Optical Path	Converging light Fourier transform optical path
Focal Length	500 mm
Laser Safety	Class 1
Wet Dispersion	Flow Rate 30 L / min Sample Tank 1000 L Micro Sample Cuvette 10 ml Frequency 40 KHz Timer ≥1s Speed 0-3000 rpm ( Adjustable) Sensor Water level sensor Rated Power 70 W
Dry Dispersion	Dry turbulence dispersion Normal shock wave shear technique
Feed Speed	Adjustable ( Variable speed knob)
Test Speed	Wet: <2 min Dry : <1min Interval time per test result: 500 ms
Mode of Operation	Fully Automatic /manual control
Standard	ISO 13320-1:2009
Dispersion Medium	Compressed Air, Pressure 0 to 6 bar
Dimension (W×D×H)	1040 x 440 x 540 mm
Weight	70 kg

Features :

• Fully automatic dry and wet laser particle analyzer
• Particle size range: Wet dispersion: 0.01 to 1,200μm Dry dispersion: 0.1 to 1,200μm
• Works on laser diffraction theory principle
• Dual beam & multiple spectral detection systems
• Slide light scatter test technology
• Easy and fast to changeover between dispersing modules
• Built-in sample system
• Smart operation mode
• Optical system can be aligned automatically
• User-friendly software, easily learnt
• Accessibility and easy maintenance

Applications :

It is essential in fields like pharmaceuticals, ceramics, food, and materials science for quality control, research, and development.