Full-automatic curve bending machining equipment

Abstract

The invention discloses a full-automatic curve bending machining equipment. The equipment comprises a main body, wherein a feeding assembly, a folding arm chuck tower assembly, a universal folding head assembly, a shearing assembly and a control assembly are arranged on the main body; the clamping pliers are arranged on the feeding assembly, and the clamping pliers are used for clamping and driving the metal raw materials to drive the metal raw materials to slide to the folding arm chuck tower assembly; a folding arm chuck which is matched with the metal raw material is arranged on the foldingarm chuck assembly, the clamping pliers drive the metal raw materials to slide, and one end of the clamping pliers penetrates through the folding arm chuck to be fixed; the universal folding head assembly is provided with a universal folding head, and the universal folding head assembly drives the universal folding head to rotate, the universal folding head is located on one side of the metal rawmaterial stretching out of the folding arm chuck, and the metal raw material is located on the rotation path of the universal folding head; a shearing assembly is arranged on the shearing assembly, ashearing knife head is arranged on the shearing assembly, and the bent metal raw materials are sheared by the shearing cutter head; and each assembly is controlled to work by the control assembly. The full-automatic curve bending machining equipment has the characteristics of full-automatic operation, no need of manual turnover, high processing precision, simplicity in operation and the like.

Description

technical field [0001] The invention relates to full-automatic curve bending processing equipment, in particular to metal curve bending processing. Background technique [0002] With the development of society, more and more metal materials need to be curved in life, industry or electricity. For example, copper and aluminum busbars in power supply systems need to be bent in different ways due to different use environments. Bending, the existing traditional copper and aluminum busbar processing machine fixes the copper and aluminum metal raw materials through the manual control clamping device, and the other end is formed and bent by the convex and concave die device such as hydraulic pressure, but when quadratic curve bending is required , it is necessary to manually release the original clamping, and take out the copper and aluminum metal raw materials to adjust the position and flip the front and back sides. This kind of processing has the following disadvantages: [0003...

AI Technical Summary

Problems solved by technology

[0003] 1. Manual positioning and clamping have low precision and cannot achieve precise positioning;

[0004] 2. This kind of U-shaped busbar with a distance of more than 90mm between the two side walls of the processing is currently unable to complete U-shaped bending of less than 90mm to 70mm U-shaped;

[0005] 3. The efficiency of manual processing is low and the labor cost is high;

[0006] 4. Manually flipping the busbar has a low safety factor and is prone to accidents and mistakes

[0009] The above metal raw materials are basically bent manually, the bending precision is low, the efficiency is low, and it is impossible to achieve fast and accurate curve bending

Images