Multi-main-shaft type machining center with multi-face machining function

Abstract

The invention provides a multi-main-shaft type machining center with the multi-face machining function. The multi-main-shaft type machining center is composed of multiple rows of main shaft modules vertically and horizontally fixed to a machine body and a sliding table mechanism capable of driving one row of workpieces to do three-dimensional numerical control motion among main shafts in the vertical direction and in the horizontal direction. The machining center can synchronize multiple parts under one-time clamping to machine two working faces or two or more working faces. In addition, the multi-main-shaft type machining center is simple in structure, convenient to manufacture, good in universality and especially suitable for efficient machining of batches of parts.

Description

technical field [0001] The invention relates to a machining equipment, in particular to a multi-spindle machining center. technical background [0002] With the revitalization and development of the national equipment manufacturing industry, CNC machine tools, as the mainstream product of the machine tool industry, have become the key equipment to realize the modernization of the equipment manufacturing industry. With the personalized, modular and fast-changing market requirements, the demand for high-efficiency, high-reliability, and versatile CNC machine tools is also increasing. At present, the machining centers on the market are basically single-spindle structures. Although they can adapt to the processing of various parts, their efficiency is relatively low for mass processing of some small and medium-sized parts, because only one tool can be used at the same time. For processing, in order to solve this problem, customers need to purchase multiple sets of equipment to ...

AI Technical Summary

Problems solved by technology

At present, the machining centers on the market are basically single-spindle structures. Although they can adapt to the processing of various parts, their efficiency is relatively low for mass processing of some small and medium-sized parts, because only one tool can be used at the same time. For processing, in order to solve this problem, customers need to purchase multiple sets of equipment to make up for the lack of production capacity, which virtually increases the site, personnel, etc., and the economic benefits are relatively low

[0003]However, although the combination machine tool can participate in cutting with multiple spindles at the same time to improve efficiency, its versatility is poor, the cost of remodeling is high, the cycle is long, and adjustment and maintenance are troublesome

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