Interior iron chip slag removal machine for complex parts

Abstract

The invention discloses an interior iron chip slag removal machine for complex parts. The interior iron chip slag removal machine for the complex parts comprises a machine seat, a decelerating motor,a workpiece platform, a rotary platform, a vibrating motor and a shock absorber. Two ends of the rotary platform is installed on the machine seat through bearings, and the decelerating motor is installed on the one side of the rotary platform and connected with the rotary platform. The workpiece platform is connected with the rotary platform through the shock absorber, and the vibrating motor is installed on a working platform. The interior iron chip slag removal machine for complex parts can quickly process iron chips by the processing of the complex parts with internal structure, noise is low and safety is high during equipment running.

Description

technical field [0001] The invention relates to the field of mechanical processing, in particular to a machine for removing slag from iron filings inside complex components. Background technique [0002] The manufacturing industry is a supporting industry of a country, but with the rapid development of science and technology, high requirements are placed on the structure of parts, especially for special parts, not only the appearance is complicated, but the internal structure is also complicated. In addition, the precision requirements are relatively high. Products with high height and many internal pores can only be finished by mechanical processing. However, for the processing of metal parts, the cleaning of iron filings in internal voids has become a difficult problem. If the internal iron filings are not cleaned, there will be serious quality risks, resulting in substandard quality of parts, resulting in product oil or water passages. If it is assembled into a complete ...

AI Technical Summary

Problems solved by technology

The method is to fix the product on a simple rotatable workpiece, then soak it all in cleaning fluid or cutting fluid, and finally manually rotate the workpiece (to make the product rotate together) to remove iron filings in the internal pores; the principle is mainly through water The flow force drives the loosening of the iron filings, and then flows out of the pores together with the liquid, thereby achieving the effect of cleaning the iron filings; however, this method is labor-intensive, and the internal iron filings are not easy to clean, and it needs to be processed again later, and the inside and outside of the product after treatment There is a lot of cleaning fluid or cutting fluid, which is easy to drip onto the ground of the working environment, causing the ground to be slippery and wet, and there are certain safety hazards;

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