Description

The BeVision D3 Series Particle Size and Shape Analyzer is an advanced, fully automated analyzer based on Dynamic Image Analysis (DIA) technology. It delivers highly accurate particle size and shape characterization, making it an ideal solution for both research and quality control applications.

Wide Measurement Range

The BeVision D3 Series covers a broad measurement range from 0.5 μm to 26 mm. Its innovative dual-CMOS camera system simultaneously captures coarse and fine particles, enabling complete characterization of wide particle size distributions in a single measurement.

Seamless Replacement for Sieve Analysis

The built-in sieve correlation function produces results that are highly consistent with traditional sieve analysis. This allows the BeVision D3 Series to seamlessly replace mechanical sieving, significantly improving efficiency while maintaining trusted comparability.

Comprehensive Particle Morphology Analysis

With more than 37 size and shape parameters, the BeVision D3 Series delivers in-depth insight into particle morphology. It accurately measures key characteristics including length and width, aspect ratio, circularity, compactness and many more. This enables detailed and reliable analysis across all particle types, from granular to elongated and flaky materials.

Fully Automated Workflow

Powered by intuitive and robust BeVision DIA Software, the analyzer features a fully automated workflow that minimizes operator involvement and eliminates human error. Its ease of use and high throughput make it ideal for R&D laboratories and quality control environments in powder and particle-based industries.

Features & Benefits

• Wide measuring range: 0.5 μm - 26 mm
• 37+ parameters for comprehensive size and morphology characterization
• Compliance with ISO 13322-2 and ISO 9276
• Ultra-high resolution for narrow particle size distributions
• Accurate detection of oversize and undersize particles
• Special applications, including mixture analysis, thickness measurement of flaky particles, length and width measurement of elongated particles
• Results fully comparable with sieve analysis
• Standardized test procedure eliminates deviations caused by human error
• Fully automated, easy-to-use operation
• High efficiency with a typical test time of ~3 minutes
• Full sample recovery
• Almost maintenance-free operation