Automatic cutting device for aluminum profile processing

Abstract

The invention relates to the technical field of aluminum profile processing equipment, and in particular relates to an automatic cutting device for aluminum profile processing. The automatic cutting device comprises a conveying frame, an end cutting frame, a cutting frame and a material pushing vehicle. Multiple aluminum profiles are placed on the conveying frame and are supported and clamped respectively by multiple supporting and clamping mechanisms to the state parallel to a processing and conveying direction. After the multiple aluminum profiles are clamped and adjusted by a clamping mechanism on the material pushing vehicle to a state of being flat at the end, the aluminum profiles are driven to move and adjust in the length direction of the conveying frame, and the front ends of thealuminum profiles are cut by a cutting piece on the end cutting frame at the end cutting frame. After the aluminum profiles are driven by the material pushing vehicle to move for a long certain length, the aluminum profiles are cut by a cutting piece on the cutting frame at the cutting frame. The cutting pieces on the cutting frame and the end cutting frame can be adjusted so that the length and the deflections of the two end faces of the cut aluminum profiles meet the requirements. The production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of aluminum profile processing equipment, in particular to an automatic cutting device for aluminum profile processing. Background technique [0002] Traditional wooden door and window materials have disadvantages such as high density, high brittleness, short service life, and low safety performance, while traditional metal door and window materials have high safety performance, but their appearance is not elegant enough, and they have the disadvantages of high cost. More and more families use aluminum alloy doors and windows. The processing of aluminum profile doors and windows requires operations such as cutting and punching of aluminum profiles. The door and window frames need to be assembled and combined with multiple aluminum profiles, so the two ends of the aluminum profiles are different slopes, so the cutting directions of the two ends of the aluminum profiles are also different. Existing The slitti...

AI Technical Summary

Problems solved by technology

[0002] Traditional wooden door and window materials have disadvantages such as high density, high brittleness, short service life, and low safety performance, while traditional metal door and window materials have high safety performance, but their appearance is not elegant enough, and they have the disadvantages of high cost. More and more families use aluminum alloy doors and windows

The processing of aluminum profile doors and windows requires operations such as cutting and punching of aluminum profiles. The door and window frames need to be assembled and combined with multiple aluminum profiles, so the two ends of the aluminum profiles are different slopes, so the cutting directions of the two ends of the aluminum profiles are also different. Existing The slitting of aluminum profiles in the technology is generally cut separately by cutting equipment. Only by manually adjusting the length of the aluminum profile and its deflection angle with the tool can ensure that the aluminum profile meets the required requirements, so the processing efficiency is not high.

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