Probe Pilot 3 - On-Machine Probing Software

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Probe Pilot 3 is an intuitive, powerful and easy to learn Cad based programming system for machine tool probes. Based on industry standard Renishaw Inspection Plus® macro based software and Mastercam® system, Probe Pilot 3 allows you to quickly create probe programs that can be used for Part Setup, full probe Calibration, process control, Machine Health Check, unattended machining, coordinate rotation, as well as Part Inspection. Using macro based programming gives real time data that is available immediately at the time of measurement. There is no need to wait for a downstream inspection report to determine measurement results.

With point and click featured based selection and extensive measuring operations that include points, bores, bosses, webs, pockets, partial arcs, internal and external corners, and options such as regular tolerance, true position tolerance and variable search distance even the beginning programmer or operator can efficiently create probe routines. Experienced programmers will find Probe Pilot 3 powerful enough for even the most complex probe programs.

Measuring and quality control on the machine tool is gaining increasing importance in progressive manufacturing plants. Probing routines can be very complicated to write even for seemingly simple applications. With Probe Pilot's innovative technology and simple interface, programmers can be creating routines in minutes.

Features:

  • Point and Click Programming
  • Probe Simulation
  • Multi-Axis Capabilities
  • Complete on-machine part inspection
  • Protect moves to avoid crashes
  • Extensive Inspection Routine Options
  • Easy Calibration Cycles
  • Multi Part Alignment Functions
  • Feature Based selection capabilities
  • Ability to create your own custom macros & comments
  • Change sequence of operations on the fly
  • Create a standard or custom header for output
  • Simple User interface for Quick Programming

Benefits:

  • Reduce Scrap & Rework
  • Increase Productivity
  • Decrease set up time and operator errors
  • Increased in-process control
  • Reduced lead-times
  • Automated Processes
  • Reduced gage cost
  • Adaptive Machine Capability
  • Reduce expensive setups
  • Increased programming efficiency