AUTOMAPPPS - OLP: Faster Robot Offline Programming

AUTOMAPPPS OLP is SW-tool for faster, easier robot offline programming. Automated collision avoidance, automated planning and scheduling, WYSIWYG simulation and further support features accelerate and facilitate robot programming or layout optimization compared with conventional OLP or teach-in.

ADVANTAGES:

Minimized efforts and costs

  • Fully or partially automated programming and scheduling of robot applications
  • Stand-alone or CAM input
  • Lower TCO (total cost of ownership)

 
Simple use

  • Also for Non-Experts
  • Process knowledge embedded in SW-tool

 
Reduced test-runs

  • Prediction of achieved process quality
  • Automated optimization of the application
  • Less non-productive time, better OEE

 
Reduction of cycle-time

  • Coordinates robots with same workspace
  • Automatic optimization

Adaptive production lines

  • Faster adaptation to new products
  • Automatic, accelerated programming
  • Ideal for very high variants / small lot-sizes

 
Cost efficient line tracking and multi-robot cells

  • No additional hardware required
  • Automatic consideration of motion
  • Multi-robot collision avoidance and motion planning

 
Cost- and space-saving cell layout

  • Faster cell layout and validation. Determines required robot motions automatically.
  • Smaller cells, especially for brown-field. Finds narrow passages in dense cells.

YASKAWA robots painting with line tracking - faster programmed with robot offline programming software

Example for faster robot offline programming of e-static powder coating application with line-tracking.

 

multi robot car sanding - using offline programming software - for FANUC robots

Example for cell layout optimization and offline robot programming and realized robotic robot cell.

APPROACH:  fast robot offline programming by

  1. Semi-automated process planning
  2. Embedded process simulation as criterion for optimization
  3. Formalized process knowledge
  4. Automated collision-free robot motion planning
  5. Automated robot program code generation

Input: JT, STEP, IGES, STL, CAM formats, and more

SUPPORTED PROCESSES

  • Sanding, grinding, polishing
  • Cleaning (brushes)
  • Surface activationSand-blasting
  • Wet- and CO2 cleaning Drying
  • Gluing
  • Inspection, quality control
  • Measurement, metrology
  • Deburring
  • Milling
  • Additive manufacturing

Download the flyer for robot offline programming software.