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Basics of Robot Programming

Programming a robot is usually a key task in simulation not only for creating factory simulations but for testing robots.

With Visual Components, you can manually create statements that define the actions and logic of a robot program. The robot routine and subroutines can easily be visualized and modified.

At the end of this course, you will get familiar with the statements and routines behind a robot program. You will also learn how to connect external axes to a robot and how to utilize loops in your robot routine.

TOPIC: ROBOT PROGRAMMING
DURATION: 1-2 hours

REQUIREMENTS:

This course is recommended for people interested in robot programing without scripting. You can complete the course using Visual Components Essentials, Professional or Premium.

Robot Programming with Visual Components Essentials 4.0

This webinar focuses on Robot Programming with Visual Components Essentials 4.0.

Robot Programming

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This video provides an overview of robotics in Visual Components.

Robot Programming

Introduction to Robot Teaching

Learn some basics on how to use an articulated robot to pick up a part.

Robot Programming

Robot Reachability Part I

Learn how to locate a robot in order to reach all of the required positions in a layout using Visual Components.

Robot Programming

Robot Reachability Part II

A continuation of Robot Reachability Part I, where you will learn how to locate a robot in order to reach the required positions.

Robot Programming

Teach a Define Tool Statement

Learn how to edit the tool frames of a robot during a simulation.

Robot Programming

Teach a Define Base Statement

Learn how to edit the base frames of a robot during a simulation.

Robot Programming

Connect External Axes to a Robot

Learn how to extend the working space of a robot and connect external joints.

Robot Programming

How to Loop a Robot Program

Learn how to loop the execution of a robot program and its statements.

Robot Programming

Teach a Path Statement

Learn how to teach a robot a path of positions by selecting edges and curves.