Automatic modularized turning assembly line

Abstract

The invention relates to the technical field of equipment part processing equipment, in particular to an automatic modularized turning assembly line which comprises a height-adjustable support. A rod lifting mechanism assembly, a rod longitudinal-conveying mechanism, a rod taking and transverse-conveying manipulator assembly, an adjustable buffer feed hopper assembly, a lathe spindle rear-feeding and positioning device, a lathe tool rest dragging manipulator, a pneumatic lathe discharging and collecting device assembly, a three-shaft automatic taking and transverse-feeding manipulator assembly, a second circulating rear-feeding buffer feed hopper assembly, a second circulating lathe spindle rear-feeding and positioning device, a second circulating lathe tool rest dragging manipulator device, a second pneumatic circulating lathe discharging and collecting device assembly, a third circulating three-shaft automatic taking and transverse-feeding manipulator assembly and a turning finished product longitudinal-conveying mechanism. The automatic modularized turning assembly line is reasonable in structural arrangement, and production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of processing equipment for equipment parts, in particular to an automatic assembly line for modularized turning. Background technique [0002] With the continuous development of the equipment parts machining industry and the increasingly developed and perfect numerical control technology being fully used in the equipment parts machining industry, the labor production efficiency has been greatly improved, and to a certain extent, the burden of equipment parts machining has been alleviated. The demand for skilled workers is increasing, labor costs are rising, and human factors are increasingly constraining the quality and benefits of shaft machining. However, the transportation, clamping, and positioning of equipment parts during machining are still in the manual stage and are used The lack of organic connection between the processed parts and the machine tool makes it difficult to fully utilize the productio...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of the equipment parts machining industry and the increasingly developed and perfect numerical control technology being fully used in the equipment parts machining industry, the labor production efficiency has been greatly improved, and to a certain extent, the burden of equipment parts machining has been alleviated. The demand for skilled workers is increasing, labor costs are rising, and human factors are increasingly constraining the quality and benefits of shaft machining. However, the transportation, clamping, and positioning of equipment parts during machining are still in the manual stage and are used There is a lack of organic connection between the processed parts and the machine tool, which makes it difficult to fully utilize the production efficiency, and it is even more difficult to fully liberate the production labor force

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