In CAM, what aspect does software typically control?

In Computer-Aided Manufacturing (CAM), software plays a crucial role in controlling the operation of machine tools during the manufacturing process. This capability allows for increased precision, efficiency, and automation in various manufacturing tasks. The CAM software generates tool paths and commands machining operations, such as cutting, milling, drilling, or 3D printing, based on the specifications and designs input to the system.

The ability of CAM to direct machine tools is vital in modern manufacturing environments, where complex parts often require intricate machining processes that manual operations could not execute with the same level of accuracy. Automation through CAM also reduces human error and speeds up production times by optimizing tool movements and minimizing downtime.

While other aspects, such as scheduling of labor and manual input of processes, are important in the overall manufacturing process, they are not directly controlled by CAM software. Likewise, the movement of raw materials is generally overseen by logistics or material handling systems rather than by the software dedicated to machine operations.