Clamp body for tool machining

Abstract

The invention relates to a lathe part, in particular to a clamp body for tool machining. The clamp body for tool machining comprises a tool clamp main body. A central chamber is formed in the tool clamp main body. A rubber bushing is arranged in the central chamber. A locknut is arranged on the part, at an open end of the central chamber, of the outer wall of the tool clamp main body. The locknutis connected with the tool clamp main body through threads. The clamp body for tool machining has the effects of being simple in structure and convenient to install; with the clamp body for tool machining, shaking of a tool in the using process can be effectively reduced, it is avoided that certain tool marks are generated on a cutting surface of a workpiece, and the surface quality of the workpiece is improved.

Description

Technical field [0001] The invention relates to a lathe component, in particular to a clamp body for tool processing. Background technique [0002] At present, in the machine tool industry and machining manufacturing industry, the connections between the tools used for drilling, reaming or milling and the tool chucks are rigid connections, and the tool fire head is rigidly connected with the spindle of the machine tool. The main disadvantages of this connection method are: when the tool is cutting the workpiece, due to the vibration of the machine tool caused by external factors, the runout caused by the low rotation accuracy of the spindle, and the local hard points in the workpiece during cutting may cause the tool to be damaged. Breaking will bring certain troubles to normal production, affect the normal completion of production tasks, and may cause certain losses. At the same time, these rigidly coupled tools, under the influence of the above factors, will also produce certa...

AI Technical Summary

Problems solved by technology

The main disadvantage of this connection method is: when the tool is cutting the workpiece, the vibration of the machine tool caused by external factors, the runout caused by the low rotation accuracy of the spindle, and the local hard spots in the workpiece during cutting may cause the tool to break. Breaking will bring certain troubles to normal production, affect the normal completion of production tasks, and may cause certain losses

At the same time, these rigidly coupled tools, under the influence of the above factors, will also cause certain tool marks on the cutting surface of the workpiece, thereby reducing the surface quality.

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