Mechanism for cutting aluminum plates

Abstract

The invention discloses a mechanism for cutting aluminum plates. The mechanism for cutting the aluminum plates comprises a frame body. The frame body comprises a cutting mechanism body and a transportation mechanism which are arranged up and down. The transportation mechanism comprises a guide plate. A blowing-sweeping portion is arranged on the guide plate, and axial direction reciprocating movement is achieved through a gear-rack mechanism. The cutting mechanism body comprises a transverse bar arranged between two support legs. Cutting tools capable of moving reciprocatingly along the axialdirection of the transverse bar is arranged on the transverse bar. By means of the mechanism for cutting the aluminum plates, surfaces of the aluminum plates can be blown and swept; the quality of thealuminum plates is improved; in the meantime, cutting is accurate; there is no need for adopting manpower to carry cutting knives, production efficiency is improved, and labor is reduced; productivity is improved greatly; useless consumption is reduced; and the mechanism is worthy of being popularized widely in the field.

Description

technical field [0001] The invention relates to the field of aluminum plate cutting, and in particular, relates to an aluminum plate cutting mechanism. Background technique [0002] During the cutting process of the aluminum plate, the oil on the end surface is serious, which will affect the appearance quality of the aluminum plate and the quality of the subsequent foil rolling. It cannot meet the customer’s requirements and is often complained. In addition, the oily aluminum strip often has finished edges after annealing. Defects such as surface scratches and edge color difference lead to low overall quality of the aluminum strip. In the prior art, the manufacturer uses a purging device to purge off the oil, but the structural design is unreasonable and complicated, and the oily situation is still very serious. In addition, the existing purging device cannot adapt to aluminum strips of various widths, and the current method of cutting aluminum plates is time-consuming and l...

AI Technical Summary

Problems solved by technology

[0002] During the cutting process of the aluminum plate, the oil on the end surface is serious, which will affect the appearance quality of the aluminum plate and the quality of the subsequent foil rolling. It cannot meet the customer’s requirements and is often complained. In addition, the oily aluminum strip often has finished edges after annealing. Defects such as surface scratches and edge color difference lead to low overall quality of the aluminum strip. In the prior art, the manufacturer uses a purging device to purge off the oil, but the structural design is unreasonable and complicated, and the oily situation is still very serious. In addition, the existing purging device cannot adapt to aluminum strips of various widths, and the current method of cutting aluminum plates is time-consuming and laborious, and the efficiency is seriously reduced

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