AiVibe

CNC & Precision Machining

Computer-Aided Manufacturing (CAM)

Computer-aided manufacturing (CAM) software turns a part's CAD geometry into toolpaths for chosen tools, operations and cutting parameters, then outputs a machine-specific CNC program through a post-processor.

A CAM programmer imports or creates the part model, defines the stock, the fixture and the work coordinate system, selects tools from a library and applies machining operations such as facing, pocketing, contouring, drilling, 3D roughing and finishing or multi-axis strategies. The software calculates toolpaths, shows simulated material removal and passes the result to a post-processor that writes G-code for a specific machine and control.

CAM is used wherever parts are too complex or numerous to program by hand, from mould and die cavities and aerospace structures to automotive components and medical implants. Integrated CAD/CAM keeps toolpaths associated with the model, so design changes can be propagated to the program with less rework.

Program quality depends on accurate tool and holder definitions, realistic cutting data, correct machine and fixture models and a validated post-processor. Tolerance settings control how closely curved surfaces are approximated, trading surface quality against program size and control performance. Neutral exchange formats such as STEP (ISO 10303) are commonly used to move geometry between CAD and CAM systems, and programs are normally verified by simulation before release to the shop floor.

Key points

Where AiVibe comes in

AiVibe designs and manufactures the AiAmbA AI Factory: edge devices plus AI agents that let people talk to CNC, PLC and robot controllers in plain language. Agents only propose changes, and a trained operator confirms each one.

Explore AiVibe’s work in CNC & Precision Machining →

Related terms

Terms that refer to Computer-Aided Manufacturing (CAM)

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