Wire cutting machine with adjusting mechanism

Abstract

The invention relates to a wire cutting machine with an adjusting mechanism. The wire cutting machine comprises a frame, a working platform and a wire conveying mechanism. The frame is provided with asliding rail, a left and right sliding platform is arranged on the sliding rail, and a left and right screw adjusting mechanism is arranged between the frame and the left and right sliding platform.The left and right sliding platform moves left and right in the frame through the left and right screw adjusting mechanism, and the left and right sliding platform is provided with placing grooves. The sliding rail is arranged in each placing groove, and a front and rear sliding platform can be movably arranged on the sliding rail. A front and rear screw adjusting mechanism is arranged between thefront and rear sliding platform and the placing groove, the working platform is arranged on the front sliding platform and the back sliding platform, and the working platform is provided with the wire conveying mechanism. The working platform is adjusted by arranging the sliding rail, a workpiece is placed on the working platform, the workpiece does not need to move during processing, and the reprocessing of the workpiece is completed by adjusting the azimuthal movement of the wire conveying mechanism. The shortage of a traditional wire cutting machine is overcome.

Description

technical field [0001] The invention relates to a wire cutting machine, in particular to a wire cutting machine with an adjustment mechanism. Background technique [0002] The traditional processing of general parts is to place the workpiece on the workbench of the machine tool, and use mechanical tools to cut the surface of the workpiece, so as to meet the requirements specified in the drawings. When the size of large ring parts reaches more than 2 meters, it is necessary to use a large platform gantry machining center for processing. However, the entire gantry machining center costs a lot, requiring millions of equipment costs, which small and medium-sized enterprises simply cannot afford. In addition, the use of mechanical processing methods also has the following disadvantages: many processing procedures, high tool costs, large workpiece deformation, poor processing accuracy and poor finish, and some special shapes and materials are difficult to achieve by milling. Ther...

AI Technical Summary

Problems solved by technology

However, the entire gantry machining center is costly and requires several million equipment costs, which small and medium-sized enterprises simply cannot afford.

In addition, the use of mechanical processing methods also has the following disadvantages: many processing procedures, high tool costs, large workpiece deformation, poor processing accuracy and poor finish, and some special shapes and materials are difficult to achieve by milling. Therefore, Can not meet the processing requirements of high precision and high difficulty

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