This project focuses on interactive digital machining for turning operations, bridging CAM concepts with lightweight, accessible web technology.
The web app generates 2D turning tool paths (X–Z plane) using realistic insert geometry, clearance angles, and cutting parameters such as feed, depth of cut, and cutting speed. Users can visually inspect roughing and finishing passes, observe tool tip motion, and understand how parameter changes affect the final profile.
The solution is implemented as a browser-first application, prioritizing fast feedback and ease of use without heavy backend dependencies. Tool path generation is lightweight enough to run client-side, while the architecture remains extensible for future cloud APIs (e.g. NC validation, insert databases, or process optimization).
Outcome:
A clear, visual, and practical way to explore turning tool paths — supporting
process planning, learning, and early design decisions without relying on
full CAM software or machine access.