Uploaded February 2026 | Updated September 2026, 3 weeks ago
This video we show how to use a Constant Cusp strategy with RoboDK CAM.
The Constant Cusp strategy will create an equidistant cut pattern on the machining surfaces. This strategy is generally used to semi-finish or finish a component. It is best suited to machine steep as well as shallow areas.
With RoboDK CAM you can create and simulate machining toolpaths for any robot and CNC. Learn more: robodk.com/CAM
Learn more about Constant Cusp in the documentation:
robodk.com/doc/en/CAM.html#CamTrmConstcusp
You can find the example project in the RoboDK library of examples:
robodk.com/example/CAM-Trimesh-Constant-cusp-Machining-with-RoboDK-RDK-2200
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ABOUT RoboDK
RoboDK is a powerful and cost-effective simulator for industrial robots and robot programming.
No programming skills are required with the intuitive RoboDK graphical interface. Easily simulate and program robot arms offline from your 3D models and deploy robot programs avoiding singularities, axis limits, and collisions with just a few clicks.
RoboDK has an extensive library of over 1200 robot arms from 80 robot manufacturers and offers a wide variety of robot manufacturing applications.
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USEFUL LINKS
1 - Download your free RoboDK Trial: robodk.com/download
2 - RoboDK Robot Library (currently supported robots): robodk.com/library
3 - RoboDK Help and Resources: robodk.com/help
4 - How to Simulate and Program your Robot: robodk.com/simulation
5 - RoboDK Tips and Tricks: robodk.com/doc/en/Tips-and-Tricks.html
6 - RoboDK Success Stories: robodk.com/examples
7 - RoboDK CAM for machining: robodk.com/CAM
8 - Get your RoboDK Questions Answered: robodk.com/forum
9 - Learn with RoboDK Academy: robodk.com/academy
10 - Pricing: robodk.com/pricing
This video we show how to use a Constant Cusp strategy with RoboDK CAM.
The Constant Cusp strategy will create an equidistant cut pattern on the machining surfaces. This strategy is generally used to semi-finish or finish a component. It is best suited to machine steep as well as shallow areas.
With RoboDK CAM you can create and simulate machining toolpaths for any robot and CNC. Learn more: robodk.com/CAM
Learn more about Constant Cusp in the documentation:
robodk.com/doc/en/CAM.html#CamTrmConstcusp
You can find the example project in the RoboDK library of examples:
robodk.com/example/CAM-Trimesh-Constant-cusp-Machining-with-RoboDK-RDK-2200
__________________________________________________________________________
ABOUT RoboDK
RoboDK is a powerful and cost-effective simulator for industrial robots and robot programming.
No programming skills are required with the intuitive RoboDK graphical interface. Easily simulate and program robot arms offline from your 3D models and deploy robot programs avoiding singularities, axis limits, and collisions with just a few clicks.
RoboDK has an extensive library of over 1200 robot arms from 80 robot manufacturers and offers a wide variety of robot manufacturing applications.
SOCIAL MEDIA CHANNELS
🤖 LinkedIn: linkedin.com/company/robodk
🤖 Facebook: facebook.com/robodkinc
🤖 X: https://x.com/robodkinc
🤖 Instagram: instagram.com/robodk
🤖 TikTok: tiktok.com/@robodk3d
USEFUL LINKS
1 - Download your free RoboDK Trial: robodk.com/download
2 - RoboDK Robot Library (currently supported robots): robodk.com/library
3 - RoboDK Help and Resources: robodk.com/help
4 - How to Simulate and Program your Robot: robodk.com/simulation
5 - RoboDK Tips and Tricks: robodk.com/doc/en/Tips-and-Tricks.html
6 - RoboDK Success Stories: robodk.com/examples
7 - RoboDK CAM for machining: robodk.com/CAM
8 - Get your RoboDK Questions Answered: robodk.com/forum
9 - Learn with RoboDK Academy: robodk.com/academy
10 - Pricing: robodk.com/pricing
