Reflex™ Vehicle Analysis System

This vehicle material analysis system focuses on acquiring high quality images that are processed onboard providing real-time telemetry to your control system, data historian or automatic daily reporting.

Capture Swift Movements Accurately

Designed for use on moving HD, LHD and railcar vehicles at the primary crusher without disrupting production. It has laser triggering capabilities to sense the location of the truck before capturing images.

Reflex Advantage

  • Completely autonomous, Operates 24-7
  • Robust all-in-one design for industrial environments (operates -40°C to +80°C)
  • Rapidly deployed, remotely accessed from anywhere
  • Blast Optimization
  • Uses WipFrag as HMI. No license required
  • Communicates with existing Process Control Systems (Modbus TCP, OPC UA)
Experience the most accurate vehicle material analysis solution available today.

Models Available

Reflex 6 Basic

Targets maximum particle size or detects colour differentiation at the primary crusher.

  • Pre-primary crusher oversize detection
  • Contamination/dilution detection
  • Robust design for industrial environments (Operates -40°C to +80°C)
  • Easy to install, remotely accessed from anywhere
  • Performs well in harsh environments

The Reflex 6 Basic can be upgraded to Reflex 6 unlocking additional features
at any time with no hardware changes required.

Reflex 6 Standard

Designed to measure particle size, shape and colour differentiation at the primary crusher. 

  • Real-time fragmentation telemetry
  • 25 user-defined sizes
  • Quantify blast performance
  • Improve material handling
  • Optimize crusher throughput
  • Highly configurable
  • Performs well in harsh environments

Review results anywhere across multiple platforms 

Results can be accessed remotely through a desktop computer or at your fingertips with an iOS or Android device. 

The onboard colour camera has the ability to send signals to an alarm/PLC/event process. 

Read how one WipWare client used Reflex particle size data to provide feedback on the control of blast fragmentation as well as optimize mill throughput by manipulation of stockpile feeders.