Instrument panel framework nozzle shearing device

Abstract

The invention discloses an instrument panel framework nozzle shearing device. A supporting workbench is fixed to a rack, a to-be-sheared instrument panel framework is placed on the supporting workbench, and a pressing air cylinder moves to a preset stroke detected by a sensor, so that a pressing rod is driven by the pressing air cylinder to position the instrument panel framework, a displacement mechanism drives a shearing air cylinder and scissors to integrally move to the preset position and angle, the scissors are driven by the shearing air cylinder to conduct shearing action, and shearing of the nozzle in the preset position on the instrument panel framework is achieved. According to the technical solution, the flatness and consistency of the shearing position are guaranteed, the problems of whitening, strain, bursting marks and the like of the shearing part caused by manual shearing can be solved, meanwhile, the allocation of staff for nozzle shearing can be reduced, the labor production condition is improved, the production efficiency of injection molding is improved, the product quality stability is improved, the rejection rate is reduced, and the production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of manufacturing automotive interior parts, in particular to an instrument panel skeleton nozzle shearing device. Background technique [0002] At present, the instrument panel skeleton is a product that is injected by an injection molding machine, especially for products with glue into the edge nozzle, it is often necessary to manually cut off the nozzle after the injection molding is completed. Because when cutting the nozzle manually, the cutting position of each nozzle cannot be guaranteed to be smooth and consistent. Generally, a knife should be used to scrape the nozzle after cutting the nozzle. Such a production process can easily lead to uneven appearance of injection molding products, whitening, straining, and bursting marks at the nozzle position, which cannot guarantee product consistency, resulting in high product defect rates, high production costs, and waste of human resources. There is also a...

AI Technical Summary

Problems solved by technology

Such a production process can easily lead to uneven appearance of injection molding products, whitening, straining, and bursting marks at the nozzle position, which cannot guarantee product consistency, resulting in high product defect rates, high production costs, and waste of human resources. There are also potential safety hazards in the production of the water cutting port

Images