BeVision D2

The BeVision D2 provides an efficient solution to the size and shape analysis of dry, high-flowability powders or granules. Tens of thousands of particles can be measured by a BeVision D2 within three minutes. Combining a high-speed camera with a precise telecentric lens, the BeVision D2 is able to efficiently analyze the size and shape of particles in the range of 30 – 10,000 μm.

Description

Features and Benefits

Measurement range: 30 – 10,000 µm

24 different particle size and shape parameters

Reduction of workload and time

Outstanding reproducibility

Results in compliance with ISO 9276-6

● Fully automated operation

● Powerful software provides a comprehensive evaluation

● Comparable with sieving results

Why Image Analysis Method?

Easy
Capture an image of particles, identify particles, then measure their size and shape. Every step of image analysis is easy and clear.

Shape analysis
Based on a direct view of particles, it is possible to analyze not only the size of particles, but also their shape.

Seeing is believing
The image analysis method determines the size and shape of every individual particle and then sums it up to form a statistic. Details of particle size or shape distribution can be accurately provided.

Why Dynamic Image Analysis Method?

Efficiency
A continuous particle flow passing through the measurement zone helps achieve a higher efficiency of the measurement.

Oversized particle sensitivity
The dynamic image analysis method is sensitive to oversized particles; it is even possible to estimate the size of oversized particles.

Reliable results
The maximized number of measured particles ensures the statistical significance of measurement results.

BeVision D2 Hardware: Guaranteed Accuracy and Efficiency for You

To measure the size and shape of particles over a great variety of applications, the BeVision D2 has equipped with a comprehensive range of hardware. Corresponding to the sample material properties, selecting the best hardware can help measure the size and shape of particles with optimum accuracy and efficiency.

Particle Size and Shape Parameters：

Size parameters
Equivalent diameters: area-equivalent diameter、perimeter-equivalent diameter; Feret diameters: maximum and minimum Feret diameters, XLF (“length”)
Martin diameters: maximum and minimum Martin diameters; Legendre ellipse: major and minor axes

Shape parameters
Size difference in 2 directions: aspect ratio、L/W ratio、ellipse ratio; Round-likeness and rectangle-likeness: Circularity、irregularity、compactness、extent、box ratio
Contour concavity: Concavity、convexity、solidity; For elongated particles: Elongation、straightness