Laser Deeltjesgrootteanalyser

Laser Particle Size Analyzer 50-LPA103 is fully automatic and intelligent particle size analyzer. It makes use of dual beam, stable converging fourier transform light path to determine the particle size distribution from 0.01 µm to 1000 µm. These particle size range is for wet dispersion and it offers reliable and repeatable particle size analysis. This particle size analyzer enables to understand the materials well such as adhesives, polymers, metal powders, minerals, pigments etc.

Measuring range: 0.1 μm to 1000 μm Principle: Single Laser light scattering Test speed: < 2 min Dispersion type: Built-in wet dispersion Executive standard: ISO13320-1:1999 Analysis: Mie scattering & fourier transform light path Sample type: Suspension, emulsion, powders Light source: High performance He-Ne Laser, λ= 632.8 nm & semiconductor laser, λ= 650 nm Operation mode: Fully automatic or manual control, easy to choose Detector channels no.: 68 pcs Built-in ultrasonic function: Frequency: 40 kHzPower: 35 WTime: ≥ 1 s Agitator Revolutions Speed: 0-300 rpm (Adjustable) Circulate rated flow: 8 L/min Circulate rated power: 10 W Light path alignment system: Fully automaticPrecision up to 0.1μm Accuracy: < 1% Repeatability: < 1 % Sample tank volume: 350 ml Sample cuvette: 10 ml Software running: Win XP/Win 7 Outer dimension (L x W x H) : 870 x 400 x 450 mm Net weight: 37 kg

Laser Particle Size Analyzer has applications in ceramic, cement industry, pharmaceutical industry & medicines, dyes and paints, pigments, fuel, chemicals, lubricants, lotions as well as food additives.

Wet sample dispersion system Stable converging fourier transform light path Orthogonal double laser beam technology High sensitivity photodetector to improves test accuracy Sample preparation system composed of automatic water supply, ultrasonic agitation, ultrasonic dispersion and circulation Manual & fully automatic modes of operation, easy to choose Fully automatic mode with one key test operation Automatic optical light calibration system Requires calibration once in a year Quick and simple calibration method Unconstrained free fitting technique User friendly