Cut-in type sweeping electrolytic processing tool with crossed hedging flow field

Abstract

The invention discloses a cut-in type sweeping electrolytic processing tool with a crossed hedging flow field, wherein the tool is characterized by comprising a flow guide block group, a tool cathode main body, a swing reversing device and an inflation sealing device; the flow guide block group is fixed on the tool cathode main body through a screw; the swing reversing device is fixedly connected with the tool cathode main body, and the swing reversing device is used for driving the tool cathode main body to swing; and the inflation sealing device is fixed on the tool cathode main body. The swing reversing device assembled at the upper end of a tool cathode can control a sweeping track of the tool cathode, and through the design of the sweeping track, efficient processing of complex components can be achieved.

Description

technical field [0001] The invention relates to the technical field of electrolytic machining, in particular to a cutting-in sweep electrolytic machining tool with a cross-contrasting flow field. Background technique [0002] There are many large-scale thin-walled parts such as frames, beams, and connectors in large-scale equipment such as aircraft and launch vehicles. Due to the harsh service environment and heavy loads of these parts, titanium alloys and other difficult-to-cut materials are usually used. In conventional processing, the manufacture of large-sized parts mainly relies on CNC milling. During the milling process, the amount of material removal is large and the tool loss is serious. In addition, when processing some thin-walled large-size structural parts, the cutting force of CNC milling will also cause The deformation of the workpiece is processed, so it is difficult to manufacture large-scale and difficult-to-cut material structural parts, and the processing ...

AI Technical Summary

Problems solved by technology

In conventional processing, the manufacture of large-sized parts mainly relies on CNC milling. During the milling process, the amount of material removal is large and the tool loss is serious. In addition, when processing some thin-walled large-size structural parts, the cutting force of CNC milling will also cause The deformation of the workpiece is processed, so it is difficult to manufacture large-scale and difficult-to-cut material structural parts, and the processing cost is extremely high

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