CAMSIZER® XL

The CAMSIZER XL by Microtrac is a large particle size and shape analyzer that can measure particles ranging in size from 160 to 135,000 µm.

  • Characterizes more than 40 morphological parameters of your material including 3D
  • Non-contact measurement of dry particles ranging in size from 160 – 135,000 µm
  • Customizable sample introduction
  • Analyses 100 images per second with high-speed, high-resolution camera
  • Enclosed optical system which reduces downtime for maintenance

Features

  • By having the ability to measure more than 40 parameters including 15 size, 13 shape / form, 3 surface roughness, density, transparency, and 3D in one analysis, the CAMSIZER XL provides users with superior analysis capability that enables quick and confident decision-making regarding product quality
  • Industry leading size range provides the user with greater analysis flexibility to measure a variety of materials
  • The high-speed, high-resolution camera ensures multiple, vivid pictures of your material are collected which result in accurate analysis
  • Engineered to be able to handle the toughest environments, the CAMSIZER XL is adaptable for any lab setting
  • The self-cleaning mechanism allows a user to spend less time cleaning the instrument, and more time being productive

Typical Applications

Used in various fields such as: aggregates , building materials, fertilizers, food, geology / mining, glass beads, …

cement

fertilizers

wood chips

Content may be subject to modifications or corrections

Brochures

Product data sheet Camsizer XL Partan 3D Maxi

 

Technical Articles

10 Most Common Errors in Particle Analysis – And How to Avoid Them

Particle analysis is an integral part of the quality control of bulk materials and is routinely performed in numerous laboratories. The methods used have often been established for years and are hardly ever questioned. Nevertheless, the procedure should be critically reviewed from time to time because a whole series of sources of error can negatively influence the results of a particle analysis. This white paper is intended to provide food for thought to make methods for particle characterization more reliable and accurate.