Measurement Range: 0.1-3000μm
It is widely applicable to high-end application scenarios such as research institutes, university laboratories, and enterprise R&D centers and quality testing institutions.
Products Description
Winner2309A WinModule-301 is intelligent fully automatic dry dispersion system laser particle size analyzer, adopts the most advanced international MIE scattering principle and Fraunhofer diffraction principle. High sensitive and high-resolution photoelectric probe system and imported Canon lens optical path ensure the good accuracy and repeatability of particle size distribution. It's widely used in industrial production quality control departments and research institutions.
Main Specifications
| Model Name | Winner2309A WinModule-301 |
| Principle | Mie and Fraunhofer scattering |
| Test Speed | Fastest 10 seconds |
| Refractive Index | A wide range of refractive indices are available; any refractive index can be entered. |
| Sampling Frequency | Fastest data acquisition rate of 10kHz |
| Outer Dimension | Main unit: 870mm*340mm*380mm Dry module: 260mm*245mm*295mm |
| Net Weight | Main unit: 32kg Dry module: 7kg |
| Operation Mode | SOP Fully automated operation mode |
| Measurement Range | 0.1-3000μm |
| Sample Injector | WinModule-301 |
| Number of Channels | 116pcs |
| Accuracy Error | ≤1.0% (CRM D50) |
| Repeatability Error | ≤1.0% (CRM D50) |
| Dispersion | Turbulent dispersion, automatic sample introduction, one-click testing. |
| Light Source | Main laser: High-performance laser λ=639nm, P＞2mW Auxiliary laser: Blue laser λ=405nm, P＞2mW |
| Optical Bench Alignment System | Automatic alignment |
| Optical Path | Reverse Fourier (Folded optical path) |
| Laser Safety | Class 1 |
| Analysis Pattern | Free distribution, R-R distribution, log-normal distribution, and statistical models by category. |
| Statistical Comparison | Statistical comparison of multiple test results. Users can compare and analyze test data from different batches of samples, before and after sample processing, or at different processing times, effectively guiding product quality and cost control. |
| Data Processing | The system performs intelligent statistical analysis and processing of test data, and outputs the most representative test results. |
| Custom Analysis | The system can customize the output of any characteristic particle size between D1 and D100, the cumulative percentage of particles larger or smaller than a certain particle size, and the cumulative percentage of a certain particle size range, so as to meet the different requirements of different industries for particle size testing and characterization methods. |
| Output | Typical particle size values, interval particle size distribution (i.e., differential distribution) data and graphs (histograms or curves), cumulative particle size distribution (i.e., integral distribution) data and curves, etc. |
| Test Report | Test reports can be exported in various formats such as Word, Excel, image (.bmp), text (.txt), and PDF, meeting different requirements for viewing test reports, data reprocessing, and article citation in any situation. |
| One-click Operation | Activate the automatic operation mode to complete all operations such as dust collection, air supply, feeding, testing, and data processing with a single click. |
| Language | Chinese and English interface. Other language interfaces can be added according to user requirements. |
| GMP | Optional |
It is composed of precise four phase hybrid stepper motor, Itsinching precision is reach to micron level,make optimum opticalpaths to ensure accurate and stable test.
Dry process system is designed for powder testing. It employs a pneumatic dispersion structure for efficient dispersion, accurately reflecting the sample's true state. Stable airflow and uniform delivery reduce agglomeration, improving test repeatability and consistency. It is suitable for dry process applications in metal powders, new energy, ceramics, cement, and additive manufacturing.
The modular design of dry and wet dispersion shortens the circulation pipeline and prevents the precipitation of large particles. It is not only conducive to the uniform dispersion of samples, but also reduces maintenance costs. And it is conducive to the cleaning and maintenance of equipment.
The unique unconstrained free fitting technology collects scattering dataduring the measurement process and has the ability to automaticallyanalyze multi-modal particle groups. It is not constrained by any function. Particles below 2um are tested in 12 particle size grades with extremelyhigh physical resolution.
Adopting the patented inverse Fourier (folded optical path) technology, there ception of scattered light from sample particles is not limited by the focallength of the optical path. The test angle range is 0.015-145 degrees, whicheffectively improves the measurement range and the resolution of theinstrument. The optical path is sealed and has good dustproof performance.
(1). Optical bench design is protected by patent No.- ZL 2014 2 0378380.8.
(2). Three dimensional-optical bench alignment system is protected by patent No.- ZL 2013 2 0835882.4.
(3). MIE scattering principle application patent No.- ZL 2013 2 0812021.4.
(4). Dry particle size analyzer full sealed sample cuvette application is protected by patent No.- ZL.2011 2 0267646.8.
(5). Dual laser beam orthogonal application is protected by patent No.-ZL 2007 2 0025702.0.
(6). Powder dispersion pump design application is protected by patent No.-ZL 2007 2 0018648.7.
(7). Wet circulation installation is protected by patent No.-ZL2010 2 0593526.2.
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