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Features

Programming

Programming

Fully integrated inside PowerMILL,  PowerMILL Robot offers a number of benefits:

  • Program robots holding spindles for tool to part applications, ideal for machining large, heavy parts for prototype manufacturing or low production runs, as well as cladding or non-destructive testing
  • Suitable for programming part to tool applications, such as grinding or linishing, and mass production runs
  • Increase the working area of robots with external axes, such as linear tracks and rotary tables, for greater flexibility over the size and types of parts you can manufacture
  • Quickly position robots using a ‘Remote Control’ interface similar to the robot teach pendant, and easily move a robot to the required location with Jog options

Watch the short videos below to find out more:

Simulation

Simulation

3D simulation tools inside PowerMILL Robot  provide an accurate representation of your robot’s behaviour.

  • Define a solver strategy to achieve the desired robot simulation and constrain the robot's movements through different variables such as axis limits, axis priorities and tool work planes
  • Output a simulation directly into a robot's native language, eliminating any need for a third party translation
  • Save your favourite robot cell configurations such as axis limits, tool constraints and home position with the PowerMILL Robot  cell configurator, and simulate the robot within your set constraints.

Watch the short videos below to find out more:
 

Analysis

Analysis

PowerMILL Robot provides extensive analysis tools to give you complete control over your robot programming.

  • Display the robot's working envelope to optimise the part position within the envelope and give maximum access to part machining
  • View the maximum range of movements required of each axis for the robot to execute toolpaths to analyse the robot’s behaviour and movements throughout the operation
  • Learn about any issues that may prevent toolpaths from being completed with notifications of the robot potentially reaching axis limits and singularities
  • Gain a better understanding of how the robot will move with advanced point-based graphs that display axis limits, wrist singularity and axis reversals
  • View the acceleration and deceleration of the robot's axes with time-based graphs
  • Remove the need to teach every tool and save time with accurate tool and spindle calibration functions
  • Benefit from advice on tool and base workplane data setup, based on your current project settings.

Watch the short videos below to find out more:
     
 
 
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