A multi-station synchronous wire cutting machine tool

Abstract

The invention relates to the technical field of cutting machine tools, in particular to a multi-station synchronous linear cutting machine tool. The multi-station synchronous linear cutting machine tool comprises a base, a first protecting mechanism, a second protecting mechanism, a water supply mechanism, a liquid drainage mechanism, a supporting mechanism, a recycling mechanism and a liquid delivering mechanism. In an up-and-down movement process of a machining head, a top plate can be driven to move along side plates, a heat-insulation film continuously retracts and stretches, thus, the structure of a protecting mechanism is flexible and changeable, and requirements for protection of workpieces with different sizes can be met; a machining process can be observed by an observing film, when the workpieces require to be taken and adjusted, zipper heads can be pulled towards two sides, thus, the observing film is separated from the heat-insulation film, and a worker can touch the workpieces; and the coverage surface of a working solution is wide, a cooling effect is good, a filter plate can filter the working solution which is sprayed out, then the working solution can enter a cooling tube through an inclined flow guiding cover, and is recycled, and when flowing through the coiled-tube-shaped cooling tube, the working solution can further be cooled.

Description

technical field The invention relates to the technical field of cutting machine tools, in particular to a multi-station synchronous wire cutting machine tool. Background technique The cutting knife body is a thin line. Since the knife body is a line, it can be turned 360 degrees at any time during cutting. As a result, workpieces of any shape can be cut. At present, most wire cutting relies on the phenomenon of arc discharge to dissolve metal. In order to achieve the cutting effect, therefore, wire cutting can only be applied to metal or conductors. During the online cutting process, it is necessary to set up a protective cover on the outside. The current protective cover is a fixed structure. It is not easy to observe when processing small workpieces; the recovery and cooling process of cutting working fluid is more complicated, and most of them are completed in two steps, which cannot be effectively synchronized. In view of this, the present invention provides a multi-s...

AI Technical Summary

Problems solved by technology

During the online cutting process, it is necessary to set up a protective cover on the outside. The current protective cover is a fixed structure. It is not easy to observe when processing small workpieces; the recovery and cooling process of cutting working fluid is more complicated, and most of them are completed in two steps, which cannot be effectively synchronized

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