CAM is the use of computers to design, manage, and control manufacturing processes. It refers to all production activities from product design to manufacturing. It mainly includes three parts: CAPP computer-aided process design, NC programming, and MRP manufacturing resource planning. In addition to the above, it also includes the monitoring, control and management of all processes related to logistics in manufacturing activities (eg processing, assembly, inspection, storage, transportation).
The development of computer-aided manufacturing design is closely related to the development of numerical control technology, computer technology, group technology (GT) and its wide application in machinery manufacturing.
The integration of CADPCAM system, that is, through the engineering database and network communication technologies, the functions of CAD and CAM systems are organically combined to achieve resource sharing. The design system can only fully utilize its efficiency if it is combined with CNC machining.
FMC refers to a machining system formed by several CNC machine tools and an industrial robot working together to process one or several sets of parts with similar structural shapes and process characteristics. At this time, the functions of the CNC and the machining center are continuously expanded and improved, and the processing principle of centralized operation is adopted, thereby reducing the auxiliary time for positioning, clamping and conveying the workpiece, improving the machining accuracy and efficiency of the workpiece, and adapting to the modern advanced manufacturing trend.
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