Automatic metal substrate feeding device

Abstract

The invention discloses an automatic metal substrate feeding device, which comprises a conveyor belts and a first driving device, wherein the conveying surfaces of the conveyor belts are kept in the same plane; the two conveyor belts are spaced; linear guide rails are arranged below the conveyor belts; a down absorbing device is arranged on the linear guide rails; when the down absorbing device slides forwards, the sliding speed of the down absorbing device is equal to the conveying speed of the conveyor belts; a second driving device is arranged on one side of the down absorbing device; and the down absorbing device is provided with an absorbing head. The working process of the device can be controlled easily, and a good feeding effect can be achieved by controlling the working states of the first driving device, the second driving device and the absorbing head; and the device can ensure the position stability of the metal substrate during conveying, precisely control the position of the metal substrate entering a following machining process and ensure the high quality of machined products.

Description

technical field [0001] The invention relates to production and processing equipment for metal substrates, in particular to an automatic feeding device for metal substrates. Background technique [0002] Metal substrates (such as aluminum substrates, copper substrates, iron substrates, silicon steel substrates, etc.) generally need to be fed during production, and the metal substrates processed in the previous process are sent to the next through equipment such as conveyor belts or directly by hand. stage for further processing. Manual operation will lead to high labor intensity and low production efficiency, and needs to be gradually eliminated. At present, the general conveyor belt and other feeding devices have a simple structure, which can only realize ordinary conveying functions. The position of the metal substrate cannot be fixed during conveying, and the position of the metal substrate will deviate if there is a slight vibration. The position of the metal substrate ...

AI Technical Summary

Problems solved by technology

Manual operation will lead to high labor intensity and low production efficiency, which needs to be gradually eliminated

At present, the general conveyor belt and other feeding devices have a simple structure, which can only realize ordinary conveying functions. The position of the metal substrate cannot be fixed during conveying, and the position of the metal substrate will deviate if there is a slight vibration. The position of the metal substrate needs to be readjusted, otherwise the processing quality cannot be guaranteed

This feeding device cannot meet the increasingly higher precision requirements of the current metal substrate production line

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