Multi-station synchronous near-net forming method and device for thin-wall shell components

Abstract

The invention discloses a multi-station synchronous near-net forming device for thin-wall shell parts, which comprises a fixed base, a gantry crane, a material adding module, a grinding material reducing module, a laser material reducing module, a composite workbench and the like, the fixed base comprises an inner base and an upper base, the upper base can rotate relative to the inner base, a gantry crane upright post is fixed on the upper base, and the gantry crane upright post is fixed on the composite workbench; the composite workbench is arranged at the inner base; the device further comprises a linkage cross beam which is located below the gantry crane cross beam and can rotate relative to the gantry crane cross beam. The material adding module and the grinding and cutting module are mounted at the lower part of the linkage cross beam and can horizontally move relative to the linkage cross beam; the composite workbench comprises an upper workbench body and a lower workbench body, and the upper workbench body and the lower workbench body can horizontally move relative to the inner base. The invention has the advantages of compact structure and the like.

Description

technical field [0001] The invention relates to the field of desktop laser processing equipment, in particular to a multi-station synchronous near-net shaping method and device for components of thin-walled shells. Background technique [0002] In traditional laser processing equipment, the additive processing is performed first, and then the subtractive processing is performed. The additive and subtractive processing cannot be completed at the same time, and the loading and unloading operations and repositioning are required. Although there are currently some additive and subtractive composite equipment, each There are interference problems between stations, which leads to certain limitations in adding and subtracting composite equipment. [0003] With the rapid development of my country's manufacturing industry, the demand for customization of new mechanical equipment is increasing day by day, and the structural integration and complexity of various parts and components ar...

AI Technical Summary

Problems solved by technology

For some complex parts, further grinding is required after material addition / subtraction processing, but the function of material reduction is not complete, so the flexibility of material reduction processing is low under special working conditions

Images