Efficient machining production device

Abstract

The invention provides an efficient machining production device. The efficient machining production device comprises a device base, a stepping motor and a device control cabinet. An operation circular table and operation devices are fixed to the device base. Operation tool heads of the operation devices face machining stations on the operation circular table. A plurality of workpiece fixing structures are arranged on the operation circular table in the circumferential direction. The operation circular table is connected with the stepping motor through a connection mechanism. In the workpiece machining process, the operation circular table is driven by the stepping motor to rotate. According to the efficient machining production device, the operation circular table with a rotation mechanism is adopted and provided with the workpiece fixing structures, and therefore when the device conducts machining operation, operation workers can take and place workpieces on the operation circular table without influencing the workpiece machining operation of the device during machining operation of the device, continuous and unceasing operation is achieved, the production efficiency is improved, and the waste of energy is reduced.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a high-efficiency component machining production equipment. Background technique [0002] In the current industrial production and application fields, various machined parts can be seen everywhere. Especially larger metal parts usually require machining, such as milling, cutting, drilling, etc. For most of the machined parts, it is generally processed in a single piece, that is, the blank of the part to be processed is placed in the processing station for predetermined machining, and it is removed after the processing is completed, and then the next blank The parts are placed in the processing station, so that the machining process of each part is completed. In this kind of processing process, when the previous part is removed and the next part is put on, for safety reasons, there are generally two situations. To realize the pick-and-place of parts, while the oper...

AI Technical Summary

Problems solved by technology

In this kind of processing process, when the previous part is removed and the next part is put on, for safety reasons, there are generally two situations. To realize the picking and placing of parts, while the operating equipment is in the idle waiting state, these will reduce the efficiency of machining of parts, affect the increase in production capacity or generate waste of energy, resulting in an increase in the production cost of the enterprise

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