Laser diffraction particle size analyzer Winner2006A
opticallaser light scatteringfor the cosmetics industry

Laser diffraction particle size analyzer - Winner2006A - JINAN WINNER PARTICLE INSTRUMENT STOCK COMPANY - optical / laser light scattering / for the cosmetics industry
Laser diffraction particle size analyzer - Winner2006A - JINAN WINNER PARTICLE INSTRUMENT STOCK COMPANY - optical / laser light scattering / for the cosmetics industry
Laser diffraction particle size analyzer - Winner2006A - JINAN WINNER PARTICLE INSTRUMENT STOCK COMPANY - optical / laser light scattering / for the cosmetics industry - image - 2
Laser diffraction particle size analyzer - Winner2006A - JINAN WINNER PARTICLE INSTRUMENT STOCK COMPANY - optical / laser light scattering / for the cosmetics industry - image - 3
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Characteristics

Technology
laser diffraction, laser light scattering, optical
Applications
laboratory, for research, for quality control, for the pharmaceutical industry, for the food industry, for the cosmetics industry, for environmental analysis
Other characteristics
automatic, wet type, multichannel, high-performance, benchtop

Description

Product overview
Winner2006A is a fully automated wet laser particle size analyzer based on Mie scattering. It measures particle size distribution from 0.01 μm to 1000 μm using a dual-laser optical system and an integrated sample preparation unit to deliver repeatable results and streamlined operation for laboratories and R&D centers.

Key features / advantages
  • One‑button automatic operation: automated sample intake, bubble removal, dispersion, measurement, cleaning and data processing.
  • Wide measurement range 0.01–1000 μm, suitable for submicron analysis and standard-compliant testing.
  • Built-in wet and dry dispersion: ultrasonic (40 kHz, 60 W), mechanical stirring (0–3000 rpm) and circulation (8 L/min optional) to ensure representative sampling.
  • Advanced optical path: Winner concentrated-light Fourier transform and dual-spectrum design for extended scattering detection.
  • Automatic optical alignment with precision stepping motor for micro-motion centering (accuracy up to 0.1 μm) to maintain stable measurements.
  • Unconstrained free-fitting algorithm for accurate reconstruction of particle size distributions.


Main specifications (general)
Model Winner2006A
Principle Mie scattering
Measurement range 0.01–1000 μm
Channels 80
Test speed down to 10 s
Sampling frequency up to 10 kHz
Sample tank 450 ml
Dimensions 900 mm × 400 mm × 500 mm
Net weight 40 kg
Operation modes software / fully automatic / SOP one‑click

Optics
Light sources main laser λ = 639 nm (P > 2 mW), auxiliary laser λ = 405 nm (1–40 mW adjustable).
Optical path reverse Fourier (folded) with automatic bench alignment.
Laser safety Class 1.

Software functions
  • Distribution models: free distribution, R‑R distribution, log‑normal and custom statistical models.
  • Batch comparison and statistical analysis for process and quality control.
  • Custom outputs for particle percentiles (D1–D100), interval and cumulative distributions, charts and exportable reports.
  • Export formats Word, Excel, BMP, TXT, PDF. Interface in Chinese and English; additional languages available on request.


Applications
Suitable for abrasives, adhesives, agrochemicals, batteries, carbon black, catalysts, cement, ceramics, chemicals, coatings, cosmetics, food and beverage, pharmaceuticals, pigments, plastics, polymers, quartz, refractory materials, soils and sediments, slurry, starch, talc, zeolites and similar materials.

Technical specifications
  • Accuracy error ≤0.5% (CRM D50)
  • Repeatability ≤0.5% (CRM D50)
  • Ultrasonic: 40 kHz, 60 W (time adjustable)
  • Stirring: 0–3000 rpm (adjustable)
  • Circulation: rated flow 8 L/min, rated power 10 W (optional)
  • GMP: optional

VIDEO

Catalogs

Winner2006A
Winner2006A
10 Pages
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.