ROBOT OFFLINE PROGRAMMING (OLP)
The workflow to create a weld includes 4 steps. The first step is to create a weld path, the next is to generate a search, 3rd step is to validate the path for any problems, and the final step is to post-process the program.
Software Version: 4.8.0 or higher
Product: Premium OLP, Professional OLP or Robotics OLP
9 answers.
Component Modeling
Learn what blocking functions are and how to use them.
Component Modeling
Learn what blocking functions are and how to use them.
Component Modeling
Get an overview of Python version 2.7 objects, using snippets and a script to add functionality to a component.
Component Modeling
Learn how to use Mapping tool to apply texture on an object
Component Modeling
Learn how to use decal to add your own image or logo on a component
Layout Configuration
Takes you through layout creation, material flow modelling and production volume optimisation for a small factory system.
Component Modeling
Introduces how to use the most common behaviors while modeling a new component.
Robot Offline Programming (OLP)
Learn how to create spot weld paths and how to import spot welds from a CSV file.
Robot Offline Programming (OLP)
Learn how to create spot weld paths and how to import spot welds from a CSV file.
Robot Offline Programming (OLP)
Explains how to setup and model paint sprays allowing you to visualize and analyze the results of the robot paint programs.
Component Modeling
Explains the steps needed to model a functioning OLP layout from CAD with examples.
Robot Offline Programming (OLP)
Learn how to create jigless welding programs with using the Assembly Operations tool with sync statements.
Robot Offline Programming (OLP)
Learn how to build assemblies with robots using the Assembly Operations tool.
