Four-axis two-link turning machine

Abstract

The invention discloses a four-axis dual-linkage turning machine. The four-axis dual-linkage turning machine comprises a frame, a y-axis guide rail transversely arranged on the frame, a rotation driving device, a workpiece clamp located above the rear half part of the y-axis guide rail and connected with the variable frequency motor power output end of the rotation driving device, a y-axis base arranged on the front half part of the y-axis guide rail by use of a slider, a y-axis driving servo motor, a lead screw mechanism arranged between the y-axis driving servo motor and the y-axis base, an x-axis guide rail arranged on the y-axis base, an x-axis sliding plate arranged on the x-axis guide rail by use of a slider, an x-axis driving servo motor, a lead screw mechanism arranged between the x-axis driving servo motor and the x-axis sliding plate, a sliding seat fixedly arranged on the upper end of the x-axis sliding plate, and a turning tool mechanism fixedly connected to the upper end of the sliding seat and mutually and directly facing the workpiece clamp. The four-axis dual-linkage turning machine is capable of automatically completely all turning of the base of an engine housing.

Description

technical field [0001] The invention relates to a four-axis two-linkage turning machine, which is used for the turning process of the frame base of the motor casing. Background technique [0002] The outer head, inner diameter, inner head, end face and spigot of the motor housing base need to be turned, and the turning process of the motor housing base includes rough turning, semi-finishing turning and finishing turning. In the prior art, the turning processing of the motor casing base often needs to be completed on multiple different turning machines, and each turning machine needs to be operated by an operator, and multiple people and multiple machines work in an assembly line. [0003] However, the existing turning process of the motor casing frame has the following disadvantages. The production efficiency of single person and single machine is low, the product quality is unstable during the manual control operation process, the labor intensity of the operators is high, ...

AI Technical Summary

Problems solved by technology

The production efficiency of single person and single machine is low, the product quality is unstable during the manual control operation process, the labor intensity of the operators is high, many operators are required, the statistical work is cumbersome, and the cost of human resources is high

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