ENCY Academy | 2D, 3D and 6D Contouring with Robot | 1. 2D Contouring
Introduction to 2D Contouring
Overview of the Video
- This video introduces a simple 2D contouring process, emphasizing its basic nature and ease of understanding. The presenter plans to progress through various contouring options in future videos.
Tool Length Definition
- The presenter discusses the need for a longer tool length, defining it as 300 mm for foam cutting applications, which is typical in their experience. They note that different materials may require different considerations.
Job Assignment and Curve Selection
- The next step involves job assignment where the desired curve is selected, resulting in a green work zone indicating successful selection. However, the initial cut depth is too deep (360 mm), prompting adjustments to be made.
Adjusting Cutting Parameters
Setting Top and Bottom Levels
- The presenter sets the top level at 100 mm and bottom level at 75 mm to refine the cutting parameters according to project needs. This adjustment aims for more precise machining rather than excessive material removal.
Generating Tool Path
- After setting levels, they attempt to generate the tool path but encounter issues with no output initially generated; this leads them to check axis mapping tools first before proceeding further.
Collision Checks and Finalizing Tool Path
Checking for Collisions
- A collision check is performed after addressing axis limits; results show no collisions detected, allowing confidence in proceeding with building the graph and updating the tool path accordingly.
Simulation of Tool Path
- Upon running a simulation after resetting node statuses, clean green node statuses indicate successful setup of the tool path without errors or issues during operation simulation. This confirms readiness for machining tasks ahead.
Conclusion on Simple Robot Machining
Summary of Achievements
- The video concludes by summarizing that a straightforward 2D contour tool path has been successfully established, setting up anticipation for upcoming videos covering more complex topics like 3D and 5D (or now termed as 6D) contouring techniques.