An Efficient Automatic CNC Shearing Machine

Abstract

The invention discloses an efficient automatic digital-control shearing machine. The efficient automatic digital-control shearing machine comprises a machine body and a digital-control module, wherein the machine body is sequentially provided with a light pressure device, a V-type shearing table, a feeding mechanism and a swinging shearing mechanism, a collecting conveying belt and a collecting cart are arranged at the back of the swinging shearing mechanism, the swinging shearing mechanism comprises an upper shearing knife, a shearing driving device used for driving the upper shearing knife to move vertically and a rotation driving device used for driving the upper shearing knife to rotate, wherein the shearing driving device is fixedly installed on the machine body and located above the upper shearing knife, and the rotation driving device is installed on the machine body in a rotatable mode and located below the upper shearing knife; a counting sensor is arranged on the collecting conveying belt, the collecting cart is provided with a lifting platform right facing the collecting conveying belt, a containing box is arranged on the lifting platform, and the collecting cart is provided with a lifting driving device and a horizontal driving device. The efficient automatic digital-control shearing machine can shear thinner and narrower silicon steel sheets, is high in shearing efficiency, is high in automation degree and saves labor.

Description

technical field [0001] The invention relates to a production equipment, in particular to an efficient automatic numerical control shearing machine. Background technique [0002] Existing CNC shearing machines generally have the following disadvantages: 1. Since the feeding mechanism is set at the forefront, the feeding distance is relatively long. When the sheet to be cut is light and thin, deformations such as twisting and swelling are prone to occur during the feeding process , causing the machine tool to stop. Therefore, the general CNC shearing machine cannot cut thinner and narrower silicon steel sheets; Rotation, heavy weight, large inertia, slow speed, affect the shearing efficiency; 3. The existing CNC shearing machine discharges at high speed, and the sheet flies out of the conveyor belt by using the lower pressing block from top to bottom. The silicon steel sheet is pressed down to make it fall to the set location, but this method is low in safety, and the collect...

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Problems solved by technology

[0002] Existing CNC shearing machines generally have the following disadvantages: 1. Since the feeding mechanism is set at the forefront, the feeding distance is relatively long. When the sheet to be cut is light and thin, deformations such as twisting and swelling are prone to occur during the feeding process , causing the machine tool to stop. Therefore, the general CNC shearing machine cannot cut thinner and narrower silicon steel sheets; Rotation, heavy weight, large inertia, slow speed, affect the shearing efficiency; 3. The existing CNC shearing machine discharges at high speed, and the sheet flies out of the conveyor belt by using the lower pressing block from top to bottom. The silicon steel sheet is pressed down to make it fall to the set location, but this method is low in safety, and the collected sheets are not neat at the same time, requiring operators to sort them out later, and the labor intensity of the workers is high

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