Welcome Customer !

Membership

Help

Shanghai Yinhuang Technology Co., Ltd
Custom manufacturer

Main Products:

instrumentb2b>Products

Powder image method particle size and shape analyzer

NegotiableUpdate on 01/13
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin
Overview
The powder image method particle size analyzer is mainly suitable for the analysis of particle size and shape of coarse and granular materials, such as diamond sand, grinding materials, machine-made sand, river sand, etc. Its testing process involves placing about 20g of the sample into a storage funnel, dispersing the particles through an electromagnetic vibration feeder and a fabric trough, and allowing them to fall freely at the end of the trough. A high-speed camera captures images of the particles during the falling process, and these images are analyzed by a computer to obtain particle size and shape data.
Product Details

YH-DIPSseriesPowder image method particle size and shape analyzer

Mainly applicable to the field of particle size and shape analysis of coarse and granular materials, such as diamond sand, grinding materials, machine-made sand, river sand, etc. Its testing process involves placing about 20g of the sample into a storage funnel, dispersing the particles through an electromagnetic vibration feeder and a fabric trough, and allowing them to fall freely at the end of the trough. A high-speed camera captures images of the particles during the falling process, and these images are analyzed by a computer to obtain particle size and shape data.


DIPS-粉体动态图像法粒度仪.png


Model YH-DIPS-10

Injection method: self weight/negative pressure (optional)

Range>2um

Lens type 0.75x10x telecentric lens

NAValue>0.1

Adjustable magnification of 1.3-10X

VOF Max:3000* 2000@3.45μm

DOF 13μm–300μm

Frame 60fps

Single color LED light source

Output particle size distribution, statistical analysis of multiple particle morphology parameters, and analysis of single particle morphology

Technological advantage: Wide detection range (2 μ m-3mm)

Professional remote zoom lens, compatible with different types of particle testing, to eliminate morphological distortion

Introduce various algorithms such as FIPS super-resolution algorithm and AI intelligent algorithm to ensure data accuracy

Configure AI classification to trace the source of particulate matter