Cutting

Robot work cells are flexible cost effective solutions for cutting complex shapes on 2 or 3D surfaces using laser, plasma, water-jet, gas cutting, or compliant knife tooling, with high speed and precision, without additional finishing steps. Robotmaster automatically programs smooth error-free tool motion and transitions, exploiting your cutting technology parameters to cut accurate shapes and true arcs, and flexible control of external axes.

Advantages for cutting applications

Robot programming for trimming and cutting paths can be generated automatically from the CAD model and subsequently modified with minimal effort to adjust for:

  • Diameter of cutter
  • Depth of cut
  • Number of cuts
  • Tool orientations can be managed automatically to optimize the program for minimal wrist rotation and maximize robot reach
  • Ability to manage and optimize entries and exits
  • Ability to automatically activate/deactivate spindle or tool
  • Joint repositioning tools can be used to easily control the robot configurations and wrist winding/unwinding for optimal trimming trajectories
  • Ability to program, simulate and use multiple tools
  • Calibration tools that compensate for actual part setup

Videos

Robotic programming for plasma cutting holes into a steel dome

Robot programming for water-jet cutting of a medical carbon fiber part using a Motoman robot

Robotic programming for laser cutting of a B-pillar part

Robot programming for laser cutting