Winner2005A
Intelligent Laser Particle Size Analyzer
Winner2005 intelligent full automatic laser diffraction particle size analyzer with principle of Mie Scattering to precisely determine the particle size distribution from 0.μm1 to 1000μm. It enables you understand materials well, such as abrasives, adhesives
Winner2005 Intelligent Full-Automatic Laser Diffraction Particle Size Analyzer
The Winner2005 utilizes the Mie scattering principle to deliver high-precision particle size analysis across a wide range—from 0.1 µm to 1000 µm. Fully automatic in operation, it offers reliable, repeatable results that help industries deeply understand material characteristics and optimize processes.
Extensive Material Compatibility
The Winner2005 is designed to analyze particle size distribution in an exceptionally broad range of materials, including:
Industrial & Construction Materials
Cement, Ceramics, Refractory materials, Corundum, Dolomite, Barite, Plaster, Quartz, Kaolin, Silica, Talc, Tourmaline, Wollastonite, Zirconium Silicate, Zeolite
Pharmaceuticals & Healthcare
Active pharmaceutical ingredients (APIs), Excipients, Medicine, Cosmetics
Chemicals & Polymers
Catalysts, Resins, Polymers, Oxides, Petrochemicals, Synthetics, Emulsions
Coatings & Pigments
Paints, Pigments, Inks, Coatings, Fluorescent materials, Toners
Energy & Mining
Coal, Carbon Black, Metal Powders, Grinding media, Minerals
Food & Agriculture
Flour, Starch, Food Additives, Agrochemicals, Beverages
Environmental & Research
Soil sediments, Diatomite, Environmental monitoring samples
Electronics & Abrasives
Battery materials, Diamond powder, Boron carbide, Ferrite, Mica
Applications Across Industries
Abrasives
Adhesives
Batteries
Bubble materials
Chemicals & Petrochemicals
Coatings & Paints
Cosmetics
Environmental Science
Food & Beverage
Inks & Printing
Medical and Pharmaceutical R&D
Mining & Minerals
Paper & Packaging
Polymers & Plastics
Slurries & Suspensions
Whether for R&D laboratories or industrial quality control, Winner2005 is a powerful solution to meet modern particle characterization needs—accurate, automatic, and adaptable across materials and industries.
Main Specifications
Main Specifications:
| Model Name | Winner2005A | Winner2005B | ||
| Standard | ISO13320-1:2009，GB/T19077.1-2016，Q/0100JWN001-2020 | |||
| Principle | MIE Scattering Principle | |||
| Size range | 0.01μm-1000μm | 0.1μm-1000μm | ||
| Photodetectos | 90 pcs | 69 pcs | ||
| Accuracy error | <0.5% (Deviation of D50 on national standard sample) | |||
| Repeatability error | <0.5% (Deviation of D50 on national standard sample) | |||
| Laser | High performance He-Ne Laser λ= 632.8nm, p>2mWService time>25000 hour | |||
Wet dispersion (Can be upgraded to solvent type) | Ultrasonic | Frequency:40KHz Power:35W, Time: ≥1S | ||
| Agitator | Revolutions Speed: 0-3000RPM (Adjustable) | |||
| Circulation | Rated Flow:8L/min Rated Power:10W | |||
| Sample tank | Volume: 350mL | |||
| Operation mode | Manual and Full automatic | |||
| Optical alignment system | Full automatic optical path alignment system | |||
| Software function | Analysis mode | Free Distribution, R-R Distribution, Logarithm Normal Distribution, Mesh number classification etc. | ||
| Statistic Method | Volume Distribution, Quantity Distribution | |||
| Statistic Comparison | Several Testing Results of samplesDifferent batches of samples testing result,Samples before and after processing, Test result of samples in different time. | |||
| User-defined Analysis | Figure out percentage according to the particle sizeFigure out particle size according to the percentageFigure out percentage according to the particle size rangeMeet demands of representation of particle test in different industries | |||
| Test Report | Word, Excel,Photo( Bmp), Text etc | |||
| Multiple-language Support | Multiple language Support | |||
| Intelligent operation | Automatically control water inflow, dispersion,test and analysis.Better Repeatability after remove human-factor | |||
| Testing speed | <2min/time (including all the procedures) fastest measuring time<10S | |||
| Running temperature | 15 ℃ -35 ℃ | |||
| Outer dimension | L85cm*W39cm*H45cm | |||
| Net weight | 40Kg | |||
Overview
Main Features
1. Advanced Optical Path Design
Utilizing patented Fourier Transform Converging Light Technology, the Winner analyzer breaks through the limitations imposed by traditional Fourier lens apertures. By shortening the focal length and expanding the scattering angle range, it significantly enhances measurement resolution. The multi-element silicon photodiode ring ensures full capture of scattered light, leading to improved accuracy and reliability in particle detection.
2. Built-in Intelligent Liquid Dispersion System
The integrated design houses the stirring unit, ultrasonic dispersion system, and circulation path within the instrument. This configuration minimizes issues like uneven dispersion and large particle sedimentation often seen in externally piped systems, ensuring thorough and homogeneous particle dispersion every time.
3. Unconstrained Free-Fitting Software (Patent Technology)
Equipped with a proprietary data-fitting algorithm, the software analyzes scattering data without being restricted to predefined distribution models. This is essential for researchers needing to obtain accurate and real-world particle size distributions, especially for irregular or multi-modal samples.
4. Intelligent SOP-Controlled Measurement
The system allows users to perform entire test procedures with a single click from the PC. The Standard Operating Procedure (SOP) mode automates every step—from sample dispersion to data analysis—delivering precise and repeatable results in under 2 minutes.
5. User-Friendly Dual Operation Modes
Supports both manual and automatic testing. In manual mode, users can fine-tune parameters for unfamiliar or complex samples. Once conditions are optimized, automatic mode streamlines future testing for efficiency and consistency.
6. Three-Dimensional Automatic Optical Path Alignment
A precision-controlled hybrid stepping motor aligns the optical path in real-time, with an adjustment resolution of up to 0.1 µm. This eliminates the need for manual calibration, improving ease of use and ensuring stable, high-accuracy measurements.
7. Rapid Measurement Cycle
With all processes fully automated—water supply, ultrasonic dispersion, stirring, circulation, background check, sample testing, analysis, draining, and cleaning—the full particle analysis cycle is completed in less than 2 minutes.
8. Smart Data Processing
The system automatically filters out erroneous data and standardizes results for reporting. Manual intervention is not required, which ensures consistency and saves time in high-throughput testing environments.
Test Analysis Overview
Following each test, users can choose to aggregate multiple results and generate an average report. In automatic mode, all data is processed and saved in real-time without additional input. This creates a reliable, traceable record of test conditions and outcomes, ensuring comprehensive and accurate sample analysis.
Scheme:
Adopt Patents Technology:
● Optical bench design is protected by patent No.- ZL 2014 2 0378380.8,
● Three dimensional-optical bench alignment system is protected by patent No.- ZL 2013 2 0835882.4.
● MIE scattering principle application patent No.- ZL 2013 2 0812021.4.
● Dual laser beam orthogonal application is protected by patent No.-ZL 2007 2 0025702.0
● Wet circulation installation is protected by patent No.-ZL2010 2 0593526.2
Application
