Optical particle size analyzer Winner219

static image analysisdigital image processingdynamic image analysis

Overview
Winner219 is a fully automated particle image analyzer (commercial model Winner219; internal designation Winner2119) designed for industrial particle size and morphology characterization. It supports both dynamic and static test modes and covers a measurement range from 5 μm to 10000 μm. The standard configuration may include static mode only; dynamic mode and other options are available on request.

Key Features

• Measurement range: 5–10000 μm
• Dual test modes: dynamic (flow) and static (standard model: static)
• 5-megapixel high-speed industrial camera for rapid image acquisition
• Illumination: low-angle LED reflective and high-brightness parallel LED transmissive sources
• Fully automated control with high-precision three-axis movement and automatic focus
• 2D motorized stage (standard stroke 100×100 mm, customizable) and 60 mm electric focusing stroke
• Sample handling: dry dispersant and wet dispersion options

General
Model Name: Winner2119
Standards: ISO/DIS-13322-2
Dimensions (W×D×H): 500 mm × 420 mm × 680 mm
Net Weight: 28 kg

Measurement Size

• Measurement range: 5–10000 μm
• Maximum magnification: 2000×
• Accuracy (D50): ≤1.0% (deviation on national standard sample)
• Repeatability (D50): ≤1.0% (deviation on national standard sample)
• 2D stage stroke: standard 100×100 mm (customizable)
• Electric focusing stroke: 60 mm
• Dispersion methods: dry dispersant and wet dispersion

Optics
Light sources: low-angle LED reflective and high-brightness parallel LED transmissive illumination
Imaging: 5-megapixel high-speed industrial camera for high-throughput capture

Software Functions & Output

• Particle size outputs: size distribution, D10, D50, D90 (customizable) and maximum particle size
• Customizable reports and selectable ranges (e.g., counts above/below defined sizes)
• Morphology analysis: aspect ratio, roundness, sphericity, circularity with particle images
• Particle counting and statistical summaries
• Report customization: headers, logos, tester information; task and workflow management
• Interface languages: Chinese and English (additional languages available on request)
• Smart Mode: automated process control to improve repeatability and reduce operator intervention
• Export formats: Excel, PDF, and standard report types

Advantages

• Morphology analysis including sphericity, circularity, roundness and aspect ratio; includes a proprietary roundness calculation module (API_RP58 compliant where applicable)
• Support for static and dynamic testing to increase sample representativity and throughput; dynamic mode enables flow-through sampling for larger datasets
• Automated three-axis control and autofocus for consistent, comprehensive imaging across samples
• Software features for multi-point autofocus memory, customizable routes and measurement presets

Application

• Ceramics
• Pharmaceuticals
• Paints, dyes and pigments
• Fillers, chemicals and catalysts
• Coal, sediments, dust, flour
• Food additives, pesticides, explosives
• Graphite, photographic materials, fuels
• Metal and non-metal powders (e.g., calcium carbonate, kaolin) and other powder-processing industries

Specifications

• Commercial model name: Winner219
• Internal/model designation: Winner2119
• Measurement range: 5–10000 μm
• Maximum magnification: 2000×
• Accuracy error (D50): ≤1.0%
• Repeatability error (D50): ≤1.0%
• 2D stage stroke: standard 100×100 mm (customizable)
• Electric focusing stroke: 60 mm
• Dispersion methods: dry dispersant and wet dispersion
• Illumination: low-angle LED reflective and high-brightness parallel LED transmissive
• Imaging: 5-megapixel high-speed industrial camera
• Dimensions: 500 mm × 420 mm × 680 mm
• Net weight: 28 kg
• Standards: ISO/DIS-13322-2
• Software outputs: particle size distribution, roundness distribution, aspect ratio distribution; export to Excel/PDF
• Interface languages: Chinese and English (additional languages on request)
• Operation: smart/automatic control for improved repeatability