Full-automatic honeycomb aluminum cutting machine

Abstract

The invention discloses a full-automatic honeycomb aluminum cutting machine applied to the field of metal processing. The full-automatic honeycomb aluminum cutting machine structurally comprises an aluminum cutting machine rack, an automatic feeder, an air cylinder pressure beam, a saw blade processing head and a numerical control device provided with a control panel; the aluminum cutting machinerack comprises a working panel, a driving positioning cross beam and a processing head driving piece; the driving positioning cross beam is arranged in the direction parallel to the working panel; theprocessing head driving piece is used for realizing to drive the saw blade processing head to perform reciprocating movement along the driving positioning cross beam; the saw blade processing head comprises a processing saw blade, a saw blade driving device and a connecting main shaft; and the air cylinder pressure beam is arranged in the direction parallel to the driving positioning cross beam and used for realizing positioning operation of aluminum materials to be processed. According to the full-automatic honeycomb aluminum cutting machine, the automatic feeding is realized, the labor input of work is reduced, the work intensity of workers is reduced, the precision can be automatically regulated and controlled, the guarantee is provided for the processing quality, same-specification production of products in the same batch is easy, the processing qualified rate of the device is improved, and the operating quality is guaranteed.

Description

technical field [0001] The invention relates to a fully automatic honeycomb aluminum cutting machine applied in the field of metal processing. Background technique [0002] The aluminum cutting machine uses saw blades to realize the mechanical equipment for cutting and processing aluminum materials, so as to realize machine processing instead of manual cutting, improve work efficiency, and realize the improvement of processing accuracy. The commonly used aluminum cutting machine achieves cutting control through manual feeding, which reduces the cutting accuracy, and then processes the corresponding aluminum cutting position through the saw blade driven by the motor to realize high-speed rotation, which improves work efficiency. However, the manual feeding method increases the labor cost input in the processing operation, which is not conducive to the continuous cutting operation, and the manual pushing operation is not conducive to the precision control of the processed plat...

AI Technical Summary

Problems solved by technology

However, the manual feeding method increases the input of labor costs in the processing operation, which is not conducive to the continuous cutting operation, and the manual pushing operation is not conducive to the precision control of the processed plate, which reduces the processing quality of the device

In addition, during the working process, the swing of the device corresponding to the cutting operation of the saw blade will also increase, which is not conducive to the precision cutting of the device, reduces the production quality, and also increases the relatively large working noise, which is harmful to the work. Adverse effects on the environment and human health

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