A high-efficiency automatic film tearing machine

Abstract

The invention discloses a high-efficiency automatic membrane-tearing wobble plate machine. The machine comprises a frame, a manipulator is arranged in the center of a rack table, and a clamping jaw tool is installed on the manipulator, a temporary storage frame is arranged under the manipulator, a material tray can be placed at the temporary storage frame, a moving part is arranged on the side ofthe temporary storage frame, the moving part can drive a material board and a waste film recovery disk to move linearly, one side of the moving part is arranged with a both-side-tearing portion, a middle film-tearing portion and a film-pressing portion in sequence, the both-side-tearing portion includes a first material-pressing fixture, two rows of first nozzles are arranged at the top of the first material-pressing fixture and two rows of side thimbles are arranged on the lower side, the middle film-tearing portion includes a second material-pressing fixture, a plurality of second nozzles are arranged above the second material-pressing fixture and a row of middle thimbles are arranged below the material-pressing fixture, and the first nozzle and the second nozzle are connected to a vacuuming device The high-efficiency automatic membrane-tearing wobble plate machine realizes the mechanized continuous film tearing, the film tearing speed is fast, the production efficiency is high, andthe film tearing precision is high.

Description

technical field [0001] The invention relates to a tearing film swinging device, in particular to a high-efficiency automatic tearing film swinging machine. Background technique [0002] In the process of precision metal production and processing, especially in the processing of electronic product components, in order to prevent scratches and scratches on the surface of the product during processing, a layer of film is often used to protect the surface of the product, and after processing It is often necessary to tear off the excess film next to the product, leaving only the film sticking to the surface of the product. In current production, the tearing process often uses manual labor. Manual tearing of the film, the speed of tearing the film is greatly affected by the proficiency of the personnel, the products after the tearing of the film need to be placed on the plate one by one manually, the labor intensity of the employees is relatively high, and they are prone to fatig...

AI Technical Summary

Problems solved by technology

Manual tearing of the film, the speed of tearing the film is greatly affected by the proficiency of the personnel, the products after the tearing of the film need to be placed on the plate one by one manually, the labor intensity of the employees is relatively high, and they are prone to fatigue, the production efficiency of the enterprise is not easy to control, and the labor cost also higher

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