CNC Wire Mill Cutting Machining Center

Abstract

The invention discloses a numerical control wire grinding and cutting machining center. A principle of milling machining equipment, the traditional principle of linear cutting equipment and a machining principle of equipment with a sawing machine are used, namely, a carborundum wire sequentially passes through two or more than two rubber coated wire plates, a rubber coated pulley block, a universal rubber coated wheel, a rubber coated pulley and a rubber coated wire plate so as to form a loop; a Y-axis worktable is arranged beside a body of a machine tool; and an X-axis worktable is arranged on the Y-axis worktable. The principle of the milling machining equipment, the traditional principle of the linear cutting equipment and the machining principle of the equipment with the sawing machine are used, the milling machining equipment, the linear cutting equipment and the equipment with the sawing machine are integrated, and an X axis, a Y axis and a Z axis are in linkage with one another; the grinding and cutting planar and perpendicular precision is ensured, and the precision and the smooth finish of a grinding cutting surface are guaranteed in a wire grinding and cutting process; a grinding and cutting surface is flat and smooth and seems like a mirror, errors are small, the precision is high, and grinding and cutting Rockwell hardness is smaller than or equal to 65 degrees; and a protective cover is used, and effects of protecting the environment and reducing noises can be achieved.

Description

technical field [0001] The invention relates to a numerical control wire mill cutting processing center. Background technique [0002] At present, wire cutting is divided into fast wire cutting, medium wire cutting, and slow wire cutting. All these wire cutting can only be processed by electric discharge, and are limited to processing metal materials. Among them, fast wire cutting has been abandoned by developed countries because of its dirty working environment, poor precision, poor surface finish of cut products, and high energy consumption; and now the quality of domestic slow wire cutting is unstable, and copper wire EDM is used. After processing, the copper wire is scrapped, the processing speed of slow wire cutting is slow, the charge is high, and the efficiency is low, but imported slow wire cutting is expensive. The traditional wire cutting copper wire must go back to the copper wire barrel after the wire is taken, and the cutting efficiency is low. For example, wh...

AI Technical Summary

Problems solved by technology

Among them, fast wire cutting has been abandoned by developed countries because of its dirty working environment, poor precision, poor surface finish of cut products, and high energy consumption; and now the quality of domestic slow wire cutting is unstable, and copper wire EDM is used. The copper wire is scrapped after processing, slow wire cutting processing speed is slow, the charge is high, and the efficiency is low, but imported slow wire cutting is expensive

The traditional wire cutting copper wire must go back to the copper wire barrel after the wire is taken, and the cutting efficiency is low

For example, when cutting jewelry, the cutting method still stays at saw blade cutting. This cutting method has low effect, high waste, and poor precision. The thickness of the saw blade exceeds 2mm, so the slit is more than 2mm, which wastes the raw materials of jewelry. Moreover, the cutting surface of the saw blade is uneven and the finish is poor.

The existing processing methods for cutting ultra-hard materials are very difficult, the process is cumbersome, the efficiency is low, and the precision is poor

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