Automatic facing machine

Abstract

An automatic facing machine relates to a facing machine which is used for cutting of steel plates and facing of workpieces before welding and comprises a frame, wherein a transmission system is connected into the frame; the output end of the transmission system is connected with a cutter; a material pressing device, a material blocking device and a material supporting device are connected to the frame; the material pressing device and the material supporting device are arranged on two sides of the cutter respectively; the material pressing device is arranged above the material supporting device; and the material blocking device is arranged on the rear side between the material pressing device and the material supporting device and is positioned on one side of the cutter. When the automatic facing machine works, a steel plate to be processed enters the part between the material pressing device and the material supporting device from one side of the material blocking device, and the corner of the steel plate is cut off by utilizing a roller shearing principle when the cutter drive the steel plate to move relatively, so that processing on a slat (straight slat or slanted slat) is finished. Compared with a method of facing through gas cutting, the automatic facing machine has the advantages of low energy consumption, high cutting speed, accurate facing size and flat surfaces; and compared with an edge planer, a gantry or other cutting equipment, the automatic facing machine has the advantages of low price, convenience in use, and capability of increasing the power by 20 times.

Description

technical field [0001] The invention relates to a groove machine, which is used for steel plate cutting and groove processing of workpieces before welding. Background technique [0002] When the workpiece is welded, in order to ensure the welding quality, it is necessary to open a bevel at the weld to increase the contact area of ​​the weld. Hand-held flame cutting is currently used in the market for steel plate cutting and beveling of workpieces before welding. This method requires the use of oxygen and acetylene, which wastes energy, has poor performance, and has low beveling accuracy. In addition, there are other cutting equipment such as edge planers and gantry planers, which have the disadvantages of high price, large floor space, and low efficacy. Contents of the invention [0003] The object of the present invention is to overcome the deficiencies of the prior art and provide an automatic beveling machine with low energy consumption, high speed, accurate size, low ...

AI Technical Summary

Problems solved by technology

Hand-held flame cutting is currently used in the market for steel plate cutting and beveling of workpieces before welding. This method requires the use of oxygen and acetylene, which wastes energy, poor performance, and low beveling accuracy.

In addition, there are other cutting equipment such as edge planers and gantry planers, which have the disadvantages of high price, large floor space, and low efficiency.

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