Before simulating, you must populate your workspace with resources (robots, fixtures, conveyors) and products. Importing CAD Data
Assign the correct controller frame to match physical shop-floor specifications. Creating Robotic Locations and Operations
While newer versions exist, a covers the foundational, stable features that are still critical today. When searching for or using a tutorial, ensure it covers these fundamental areas: 1. Introduction to the User Interface (UI)
Define (inputs and outputs) for clamps, sensors, and robot interlocks.
: The physical equipment (e.g., robots, fixtures, clamps, conveyors). 2. Graphic Viewer
Focuses on path planning, collision detection, and offline programming (OLP). Users learn to define kinematics for custom robotic cells and optimize motion paths for various industrial applications like welding or pick-and-place. Human Simulation (Jack/Jill):
If a location turns red, the robot cannot physically reach it. Re-evaluate the robot placement or change the orientation of the TCP.
Disclaimer: Siemens and Tecnomatix are registered trademarks of Siemens Digital Industries Software. This article is an educational guide and is not officially affiliated with Siemens.
If you are a university student, check your institution’s Siemens Academic Hub. The 2021 curriculum often includes lab manuals in PDF format specifically titled "Introduction to Robot Simulation – Process Simulate 2021."
The central 3D viewport where you interact with your manufacturing cell, robots, and parts.
Master Guide: Tecnomatix Process Simulate Tutorial (PDF 2021)
Use the Placement tool to create target points on your product geometry.
Link robot paths with fixture actions (e.g., open clamp, move robot, close clamp).
