Device for milling plane by using turning tool

Abstract

The invention relates to a device for milling a plane by using a turning tool, comprising a machine tool mainshaft, a chuck arranged on the machine tool mainshaft and a tool bit arranged on the chuck and matched with thereof, wherein a beam is arranged on the tool bit, the turning tool is arranged at one end of the beam, and the mainshaft rotates to drive the tool bit to rotate with the beam, thereby driving the turning tool to move. In the invention, the beam is arranged on the tool bit, the turning tool is arranged on the beam, the central distance and the height of the turning tool are easy to regulate, the width machining of different planes can be satisfied by moving the beam, and the turning tool is rotated to cover the whole machining surface so as to achieve that no tool marks generate on the surface of the machining plane, therefore, the effects of favorable planeness and attractive appearance can be easily obtained. The device has flexible adjustability, no experience requirements on operators and is convenient to replace a tool; and the machined product has good quality stability and high reliability.

Description

technical field [0001] The invention relates to the field of plane machining of mechanical parts, in particular to a wide plane, high-precision device for milling planes on a milling machine with a turning tool. Background technique [0002] In the prior art, the general plane machining will be done with cylindrical milling cutter or face milling cutter, but the diameter of the tool in these two ways cannot be made very large, among which the diameter can be made relatively larger is the face milling cutter, as attached figure 1 However, because the milling cutter with a diameter greater than 100mm is too heavy, if it is used for finishing on a milling machine, it is difficult to meet the high flatness requirements of wide-surface parts. In addition, for some finished products or semi-finished products, the parts cannot be cooled by water during the processing process, and the material of the parts processed without water-cooled grinding method is easy to adhere to the grin...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the general plane machining will be done with cylindrical milling cutter or face milling cutter, but the diameter of the tool in these two ways cannot be made very large, among which the diameter can be made relatively larger is the face milling cutter, as attached figure 1 However, because the milling cutter with a diameter greater than 100mm is too heavy, if it is used for finishing on a milling machine, it is difficult to meet the high flatness requirements of wide surface parts

In addition, for some finished products or semi-finished products, the parts cannot be cooled by water during the processing process, and the materials processed by the parts without water-cooled grinding method are easy to adhere to the grinding wheel, so the only way to complete it is to choose milling

[0003] Traditional milling is limited by the diameter and width of the tool. Multiple passes to complete a plane are likely to produce tool marks, which affect the appearance and surface flatness quality. If you choose a super-large machining center, it will cause high processing costs.

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