Overview of machining centers in precision parts processing
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Overview of machining centers in precision parts processing
A precision parts machining center refers to a basket milling type machining center that integrates functions such as milling, basket cutting, drilling, threading, and cutting threads into one device, enabling it to have multiple process methods. Additionally, due to the ability to automatically process two or more surfaces after a single clamping of the workpiece, it has multiple tool changing or selection functions and an automatic worktable exchange device (APC), greatly improving production efficiency and automation.
A precision parts machining center must have at least three coordinate movements in order to machine the required shape of the part. It is composed of three linear motion coordinates X, Y, Z and three rotational coordinates A, B, C, which can be appropriately combined to achieve more than ten motion coordinates. Its control function should be at least two and a half axis linkage, and many can achieve five axis linkage and six axis linkage. Now, parallel CNC machine tools have emerged to ensure that the tool moves along complex trajectories.
Precision parts machining centers should have various auxiliary functions, such as various machining fixed cycles, automatic compensation of tool radius, automatic compensation of tool length, tool breakage alarm, tool life management, overload automatic protection, screw pitch error compensation, screw clearance compensation, automatic fault diagnosis, display of workpieces and machining processes, online detection of workpieces and automatic compensation of machining, and even cutting force control or cutting power control, providing DNC ports, etc.

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