Precise synthesis device for high-precision high-elasticity micro-ultrathin metal thin film

Abstract

The invention relates to the technical field of intelligent assembly, and particularly relates to a precise synthesis device for a high-precision high-elasticity micro-ultrathin metal thin film. The precise synthesis device is characterized by comprising two profiling grippers, a film moving position control device, and film grippers, wherein the two profiling grippers are provided with grooves matched with the outer contour shape and the size of a product, and the two profiling grippers form a gripping device; and the film moving position control device is used for moving the position of thefilm, so that the position is corresponding to the clamping position of the two profiling grippers, and the film grippers are used for gripping the film and winding the film around the product flexibly. The precise synthesis device has the advantages that due to the realization of the precise synthesis device, a further large breakthrough on the intelligent assembly is realized; and when the product has special requirements, complex tortoise-shaped products are all accurately assembled, so that no fingerprint contact and contact such as foreign matter on the surface of the product is realized,and the horizontal stability of the product during assembly is ensured.

Description

technical field [0001] The invention relates to the technical field of intelligent assembly, in particular to a precision synthesis device for high-precision and high-elasticity miniature ultra-thin metal films. Background technique [0002] At present, manual flow assembly is used in production. Workers directly touch and take the product, and manually wrap the micro-ultra-thin metal film into the assembly buckle. Although there are finger gloves for protection during operation, direct contact with the product surface cannot be avoided. , for the ultra-thin film manually wound into the buckle, the strength is not consistent, it is easy to cause the conductive metal wire in the film to break and deform; because the micro-ultra-thin metal film is very small, manual handling does not change, and it is impossible to accurately empty the metal film. Buckled into the buckle, the micro ultra-thin metal film cannot be fixed, loses its normal conductive function, causes a short circ...

AI Technical Summary

Problems solved by technology

[0002] At present, manual flow assembly is used in production. Workers directly touch and take the product, and manually wrap the micro-ultra-thin metal film into the assembly buckle. Although there are finger gloves for protection during operation, direct contact with the product surface cannot be avoided. , for the ultra-thin film manually wound into the buckle, the strength is not consistent, it is easy to cause the conductive metal wire in the film to break and deform; because the micro-ultra-thin metal film is very small, manual handling does not change, and it is impossible to accurately empty the metal film. Buckled into the buckle, the micro ultra-thin metal film cannot be fixed, loses its normal conductive function, causes a short circuit, cannot be used normally, cannot meet the quality and production requirements, cannot meet the quality requirements and cannot control the product quality, and cannot reach customers. Requirements; slow production efficiency and high labor costs

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