AI Increases Efficiency for CAM Programming
Cam-Tool, CAD/CAM software from CGS North America pairs its existing, powerful templates with a new, user-driven AI technology, to increase efficiency and adaptability for CAM programming.
Share
Read Next
Source | Cam-Tool
Cam-Tool, CAD/CAM software from CGS North America, pairs its existing, powerful templates with a new, user-driven AI technology, to increase efficiency and adaptability for CAM programming. pairs its existing, powerful templates with a new, user-driven AI technology, to increase efficiency and adaptability for CAM programming. This integration enables users to apply multiple toolpaths to a job with unprecedented ease. The company’s AI enhances these templates, automatically adjusting cutting parameters when changing materials, ensuring each job adheres to the highest standards of precision and quality.
Beyond this, Cam-Tool’s surface-based toolpaths provide accuracy, essential for achieving good finishes and precise dimensions on complex geometries. This feature complements the AI's capabilities, ensuring that every aspect of your machining process is optimized for the best possible outcome.
Unlike conventional systems that might label preset configurations as “AI”, this AI is genuinely user-driven, meaning it not only suggests initial parameter settings based on the selected material and tool but also learns from the user’s adjustments. Each modification teaches the AI, enhancing its future suggestions and ensuring a continuous improvement cycle that grows smarter with each use.
By combining sophisticated templates with real AI capabilities and precision-driven surface-based toolpaths, the company offers a seamless workflow transition between different materials and complex projects. Users can confidently tackle diverse challenges, knowing that the AI ensures optimal parameters are applied, thus saving time and enhancing output quality.
Related Content
-
Tips for Tackling Mold Design, Machining, Cutting Tool and Wear Challenges
Tips for tasks ranging from reducing risk in part design and taking advantage of five-axis machining to refining cutting tool performance and reducing wear with guiding and centering systems.
-
Four Micro Tooling Considerations
Issues involving gating, ejection, mold splits and direction of pull are of special concern when it comes to micro tooling.
-
OEE Monitoring System Addresses Root Cause of Machine Downtime
Unique sensor and patent-pending algorithm of the Amper machine analytics system measures current draw to quickly and inexpensively inform manufacturers which machines are down and why.