Numerical control copper bar machining integrated machine

Abstract

The invention discloses a numerical control copper bar machining integrated machine. A machine frame is provided with a feeding X-direction guide rail matched with an automatic feeding portion, and further provided with an X-direction guide rail matched with a moving work unit. The automatic feeding portion comprises a feeding X-direction driving component. The moving work unit comprises a workingunit X-direction driving component, and the moving work unit comprises at least one machining die. The integrated machine further comprises a bending portion located between the automatic feeding portion and the moving work unit, the bending portion comprises a bending pressing component for clamping a bar and a bending component for bending the bar, the bending component comprises a bending die,the bending die comprises a bending movable die and a bending static die, and the bending component further comprises a bending movable die driving component. The numerical control copper bar machining integrated machine integrates various machining functions of flattening, punching, shearing, bending and the like, is matched with a prewritten workpiece machining program, and has the advantages that long materials are clamped at a time, multiple workpieces are automatically and continuously machined and formed, the machining efficiency is high, and the machining precision is good.

Description

technical field [0001] The invention relates to the technical field of metal rod processing, in particular to a numerically controlled copper rod processing integrated machine. Background technique [0002] Copper rod bending machine is a kind of busbar processing equipment, which completes the bending of copper rods. The invention patent with the application number 201320061115.2 discloses a CNC copper rod bending machine, which includes a rotary clamping device arranged at one end of the frame and a bending device at the other end of the frame. The rotary clamping device includes A fixture seat is arranged on the upper surface of the frame and can move horizontally along the frame. The fixture seat is provided with a rotating fixture head with a dial. The bending head device includes a bending mechanism and a bending auxiliary mechanism. This bending machine solves the problem of poor bending angle accuracy in the prior art through numerical control, but has the following...

AI Technical Summary

Problems solved by technology

This bending machine solves the problem of poor bending angle accuracy in the prior art through numerical control, but has the following defects: 1) the workpiece needs to be pre-cut before bending and can only be processed in a single piece. That is, the required length is pre-cut from the purchased finished bar (about 6 meters in length); 2) The bending machine can only realize the bending of the copper rod, and cannot complete the processing of the connection surface at both ends of the copper rod; 3) The workpiece The machining of space corners is completed by manual rotation of the rotary fixture head with a dial, which results in low machining efficiency and low machining accuracy

Images