BeVision M1
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BeVision M1 Move Beyond Vision

BeVision M1: Move Beyond Vision The BeVision M1 provides an accurate analysis of particle size and shape in the range of 1 - 10,000 μm. Besides, the BeVision M1 can be a vital part of the surface cleanliness test. With the precise auto - moving stage, the BeVision M1 can do analysis more efficiently and go beyond the size limit. The BeVision software helps you evaluate particle size and shape from 24 different aspects, and further organizes the data into an all - around validation of particles. Features and Benefits · Measurement range: 1 - 10,000 · Results in compliance with ISO Powerful...

Why Image Analysis Method? Easy Shape analysis Capture an image of particles, The image analysis method determines the Based on a direct view of particles, it identify particles, then measure size and shape of every individual particle is possible to analyze not only the size their size and shape. Every step of and then sums it up to form a statistic. of particles, but also their shape. image analysis is easy and clear. Details of particle size or shape distribution can be accurately provided. Why Static Image Analysis Method? Clear vision Undersized particle sensitivity Small sample volume...

Efficient Scanning Mode and Limit - breaking Panoramic Mode Particle Size and Shape Parameters Size parameters Equivalent diameters: Scanning Mode The workflow of the BeVision M1 scanning mode is to capture an image first, then analyze the image while moving the stage, capture the next image once the stage has reached a new position, and repeat. The BeVision software will display real-time results during the scanning process. The scanning mode is widely welcomed in different industries with its efficiency and reliability. Efficient and reliable scanning mode Feret diameters: maximum and...

BeVision Software: Visualized Insights for You Reproducible measurements Particle details For irregularly shaped particles, it is hard to Distribution curves and charts present To ensure a reproducible result, the BeVision software can make a measurement automatically, following a saved standard describe their size with a single dimension. particle size and shape distributions, and Scanning over 180 different directions of each the scattering mode shows the relationship particle projection, the BeVision software is able between two different particle size and to precisely analyze particles,...

Application Cases Coolant tube cleanliness measurement Surface cleanliness is a key factor for machinery manufacturing, the automotive Traditionally, counting colonies on a petri dish requires taking a microscope image first, and counting the number then. industry, etc. As clarified in the ISO-16232 standard, an important step of A BeVision M1 could easily handle this job with the panoramic mode. Taking the panorama automatically, then measuring the coolant tube cleanliness measurement is to measure the size distribution of total number of cells and analyzing the size and shape of them,...

General Measuring principle Static image analysis method, automatically scanning Particle size, shape, and number Measurement performance Measuring range Typical measurement time Number of size/shape classes Special functions SOP settings, analysis of saved images Main device Optical lens 4 ×, 5 ×, 10 ×, 20 × (with 40 × digital magnification) High-speed camera Light source Halogen lamp, Köhler illumination Stage scanning range System parameters Dimensions (L × W × H) Supply voltage Software Conformity Customizable reporting * Sample and sample preparation dependent BT – 910 dry powder...