Ensure the correct robot post-processor is selected for download.
This tutorial covered the basic workflow for a DELMIA Robot Simulation. Mastery of and Kinematic Postures is essential for complex simulations. Always remember to save your work in a .CATProcess file, referencing your Product and Resource files.
Virtual space is perfect, but physical factory floors are warped.
(10 pages)
A thorough guide should include these sections:
A raw robot cannot do much without an End-of-Arm Tool (EOAT), such as a spot-welding gun or a pneumatic gripper.
Depending on your software version (V5 vs. 3DEXPERIENCE), the tools are organized into specific workbenches or applications: Workbench / App Name Primary Function delmia robot simulation tutorial pdf
Many universities (University of Michigan, MIT, Purdue) teach Delmia in their Advanced Manufacturing programs. Professors often publish lab manuals in PDF format on their faculty websites. Search Google with the following string:
Click and select surface geometry on your 3D part to automatically generate points.
Are the joint limits and acceleration profiles matched exactly to the real controller parameters? Ensure the correct robot post-processor is selected for
Follow this structured workflow to build, program, and simulate a robotic workcell from scratch. Step 3.1: Importing Resources and Layout Design
Use the utility to click directly on your part CAD. DELMIA automatically aligns the tag's Z-axis perpendicular to the selected surface, which is ideal for drilling, sealing, or welding. Step 3.4: Motion Programming and Trajectory Generation
Offline Programming (OLP) and Realistic Device Emulation (RDE) Always remember to save your work in a
Evaluate robot trajectories to eliminate bottlenecks and shave off crucial seconds.