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The high-speed machining center is mainly used for high-precision, multi-step, complex shape processing of plates, disk components, shell components, molds, and other components. It can complete continuous milling, drilling, expanding, reaming, boring, tapping lines, and three-dimensional surfaces in one clamping. The precision machining groove processing execution procedure shortens the production cycle, thus enabling users to obtain good economic benefits.
This kind of workpiece material can generally require a multi-station hole system and one-plane processing, and the positioning system requires a high-precision design. When machining on the machining center, one clamping can complete 60%~95% of the main processes of our ordinary machine tools.
The ball end milling cutter with a three coordinate linkage can be used for processing. If the workpiece has a processing interference area or processing blind area, it is necessary to consider four five-coordinate linkage machine tools, such as aircraft, automobile shape, impeller, propeller, various forming molds, etc.
It is an irregular part of an external component, which often requires multiple processing of points, lines, and surfaces. For processing special-shaped parts, the shape is more complex and the precision is higher. The use of a machining center can show its advantages. Such as mobile phone shells.
Such affected workpieces mainly include a disc sleeve or shaft workpieces with two keyways and radial holes, with holes and curved surfaces distributed on the end surface, such as shaft sleeves with flange, shaft parts with measuring keyways or square heads, etc; Plate parts with more holes for material processing, such as various control motor covers.
