Automatic production line and blanking process suitable for blanking of automobile guide arm

Abstract

The invention discloses an automatic production line and a blanking process suitable for blanking an automobile guide arm. External control center electrical connection. The automatic production line and blanking process provided by the present invention ensure the precise length of the raw material by using the precise positioning of the positioning block and the distance measurement of the laser rangefinder; at the same time, the present invention uses a flame cutting machine to cut the raw material, which not only solves the problem of thick The problem of material shearing is solved, and the shearing speed and processing accuracy are improved, and the loss and processing cost are reduced.

Description

technical field [0001] The invention relates to the technical field of automobile guide arm production, in particular to an automatic production line and a blanking process suitable for blanking automobile guide arms. Background technique [0002] Guide arms are commonly used components in commercial vehicle suspension systems, especially in commercial vehicle air suspension systems. With the improvement of people's requirements for vehicle ride comfort and cargo transportation integrity, air suspension has been more and more widely used, and the guide arm is an important part used to transmit force and moment in air suspension, and its demand is also increasing. getting bigger. [0003] The traditional guide arm production process is to use a sawing machine for blanking. Since the thickness of the raw material for making the guide arm is generally between 35 and 100mm, it is a relatively thick raw material; when the thick material is loaded and unloaded by a mechanical pr...

AI Technical Summary

Problems solved by technology

Since the thickness of the raw material for making the guide arm is generally between 35 and 100mm, it is a relatively thick raw material; when the thick material is loaded and unloaded by a mechanical press, the nominal pressure of the press is required to be high, and the positioning accuracy of the press is not high. Not high, high labor intensity, need three people to cooperate to complete the blanking process; and the large nominal pressure mechanical press has high investment cost and large noise on site

Although the sawing machine can realize the sawing of thick materials, but the processing cycle is relatively slow. In addition, such thick materials consume a lot of saw blades, and the saw blades need to be replaced frequently, which is not suitable for the cost and production efficiency requirements of mass production.

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