Numerical control workbench for ultra-high-pressure water cutting machining

Abstract

The invention discloses a numerical control workbench for ultra-high-pressure water cutting machining. The numerical control workbench comprises an electric control cabinet, a platform, a reference ruler, a plurality of electric cylinders and a water tank, and is characterized in that the water tank is horizontally arranged, the platform is arranged inside the water tank, the working surface of the platform is of a hollow shape, the plurality of electric cylinders are uniformly arranged on the platform in a dot matrix mode, and the electric cylinders are fixed by adopting a frame structure; the reference ruler is a support composed of three straight rods, wherein every two straight rods are perpendicular to each other, a grating ruler is arranged on each straight rod of the reference ruler, and the reference ruler is arranged at a set position of the working surface of the platform; and the electric control cabinet is arranged on the left side of the water tank. According to the numerical control workbench, clamping and positioning are convenient, the shape information of parts can be accurately collected, the universality is high, the research and development cost is reduced, theeconomic benefit is improved, and the numerical control workbench has a wide application prospect particularly in the field of machining special large-scale parts such as large aircraft wings.

Description

Technical field [0001] The invention belongs to the technical processing field of ultra-high pressure water cutting, and in particular relates to a numerical control type floating support workbench for ultra-high pressure water cutting processing. Background technique [0002] In the process of aerospace equipment processing and manufacturing, many special parts need to be processed using ultra-high pressure water cutting technology, which often involves the processing of irregularly shaped, integrated, large-scale and high-precision parts. These large parts often have a long processing time and many procedures. When processing such special parts, its accurate clamping and positioning is particularly important. At present, special fixtures designed based on traditional processing methods are often used for the clamping of such parts. Although this type of fixture can achieve the technological purpose, it needs to be specially designed and manufactured, and it is highly specific...

AI Technical Summary

Problems solved by technology

It solves the problems of long design and manufacturing cycle, poor versatility, and difficult repair after wear or deformation of the existing method. This workbench has wide application range, high intelligence, high positioning accuracy, strong versatility, and can collect and process cutting water and abrasive materials. And anti-corrosion performance made targeted design

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