The Canty Macroflow™ is a unique vision system designed to analyze particles in suspension on a macro scale using CantyVision™ software. Particles are analyzed in real time for two dimensional size, shape, and color. A sample or continuous flow is analyzed under actual operating conditions of temperature and pressure. The image sensor is a high resolution, high speed CCD camera coupled to an adjustable macro-zoom lens system to cover a wide range of particle size. Ethernet controlled zoom and focus capabilities with preset calibration options for multiple lens settings are offered. Canty Fuseview technology is incorporated into the structure. Fused glass far exceeds all other windows in safety and performance. Canty fiberoptic cold lighting is integrated into the Macroflow™ design, so no additional heat is introduced into the process. The rugged construction allows for use in the field as well as in the lab. The flush design has no pockets and provides a seamless flow pattern where particles can be analyzed without concerns of attrition or damaging effects.

Features
  • Particle Size, Shape and Distribution with Real Time Analysis
  • Fused Glass Pressure Barrier Standard
  • Rated 150 PSI @ 500 Deg. F., Options Through 6,000 PSI.
  • On-line or Lab Plus (remote control)
  • Seamless Design. Unit Can Be Orientated Horizontal or Vertical
  • In-Line Dilution Port
  • Instantaneous Mixing Port
  • Regulated Temperature Option
  • Bypass Loop Option Available for Flow Control
  • 3/4 Inch Sanitary Connections Standard
Applications
  • Measure dissolving rates for soluble material
  • Polymer Bead Growth and Shape Analysis
  • Mining and Aggregate Particle Size
  • Color Analysis for Lab or In-line
  • In-Line Particle Size for Process Control
  • Gel, Emulsion and Bubble Classifier
  • Micro-Reactor Analysis – Dual Inputs and Flush Loop with Sanitary Connections
  • Percent Solids / Turbidity
  • End Product Quality Control and Lot Certification
  • Replace Laser and Sieve with Two Dimensional Distribution by Shape

Additional materials