Gang drilling machine for aluminum alloy plate machining

Abstract

The invention relates to the technical field of crushers, and particularly relates to a gang drilling machine for aluminum alloy plate machining, which comprises a device main body. A support frame and a base are fixedly mounted at the bottom of the device main body; a workbench is arranged at the upper side end of the base; a ball is mounted at the upper end of a cross beam connecting rod; an X-axis driving body is mounted on one side of the workbench; a servo driving motor is mounted on one side of the X-axis driving body; a gang drill main body is mounted on one side of the Z-axis driving body; a Z-axis cylinder is mounted in the Z-axis driving body; the servo motor is integrally controlled by the servo system to operate to accurately control the drilling precision of the plate; the gang drill is integrally drilled through six sets of single drill bodies. In addition, the rotary discs on the two sides are matched to drive the drill bits of multiple specifications to conduct drilling, the specification of the hole diameter can be increased, the defect that in a traditional mode, the drill bits are replaced many times is overcome, overall two-shaft feeding is adopted, vertical drilling is matched, and the overall working efficiency is higher than that of a gang drill in the traditional mode.

Description

technical field [0001] The invention relates to the technical field of plate processing equipment, in particular to a row drilling machine for aluminum alloy plate processing. Background technique [0002] In the manufacturing process of aluminum alloy plate products, it is necessary to drill holes at the specified size and position of the plate according to the product design requirements. In most existing factories, most of the holes are arranged manually through manual drilling, and some factories use full drilling. The manually controlled drilling machine drills the plate. During the drilling process, it needs to be limited by the size limit bar on the machine and then drilled. This method is cumbersome during the work process, and the drilling The position is prone to shift and the accuracy is poor. In addition, the working mode of the row drilling rig in the prior art is relatively single, and can only be processed according to the specified holes. When processing dif...

AI Technical Summary

Problems solved by technology

[0002] In the manufacturing process of aluminum alloy plate products, it is necessary to drill holes at the specified size and position of the plate according to the product design requirements. In most existing factories, most of the holes are arranged manually through manual drilling, and some factories use full drilling. The manually controlled drilling machine drills the plate. During the drilling process, it needs to be limited by the size limit bar on the machine and then drilled. This method is cumbersome during the work process, and the drilling The position is prone to shift and the accuracy is poor

In addition, the working mode of the row drilling machine in the prior art is relatively simple, and can only be processed according to the specified hole, and the drill bit needs to be replaced when processing different apertures, and the work efficiency is slow.

Most of the row drilling rigs are not equipped with rotary row drilling, and it is impossible to perform alternate work of row drilling and single drilling

In addition, the waste chips produced by the row drilling machine in the prior art are difficult to handle and cannot be collected well.

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