Numerical control grinding machine for machining blade

Abstract

The invention discloses a numerical control grinding machine for machining a blade. The numerical control grinding machine comprises an electric control box, an air cooler, a main grinding wheel swinging mechanism, a machine tool middle base, a grinding wheel dressing mechanism, a mechanical arm mechanism, a machine tool B shaft, a machine tool body, a machine tool C shaft and a machine tool X shaft, wherein a machine tool platform is provided with the machine tool body; the upper end of the machine tool middle base is provided with the main grinding wheel swinging mechanism; the lower end of the machine tool middle base is provided with the grinding wheel dressing mechanism; the machine tool X shaft is provided with the mechanical arm mechanism; the machine tool B shaft and the machine tool C shaft are arranged at the left end of the machine tool middle base; the machine tool X shaft is arranged at the upper end of the machine tool C shaft; the electrical control box and the air cooler are arranged at the left upper end of the machine tool body; and a diamond grinding wheel main shaft electrical motor of the numerical control grinding machine adopts an electrical main shaft. Therefore, connection between the electrical motor and a shaft coupler is simplified, accuracy of rotation precision of the grinding wheel is also guaranteed. As an internal cooling system is arranged in the electrical main shaft, the heating problem of the electric motor can be solved.

Description

technical field [0001] The invention relates to a numerically controlled grinding machine for processing blades, belonging to the technical field of numerically controlled grinding machines. Background technique [0002] The automation degree of existing machining blade machinery is relatively low, and most of the production or grinding of cutting tools are carried out on ordinary tool grinders or spline shaft grinders with a low degree of automation. These traditional grinding machines have complex structures and stable The accuracy, accuracy and grinding precision are relatively low, and the tools produced or ground cannot fully meet the design or quality requirements. With the development of science and technology, the CNC automation of machining tool production equipment is an inevitable trend in the development of the grinding machine industry. Contents of the invention [0003] The object of the present invention is to provide a CNC grinding machine for processing b...

AI Technical Summary

Problems solved by technology

[0002] The automation degree of existing machining blade machinery is relatively low, and most of the production or grinding of cutting tools are carried out on ordinary tool grinders or spline shaft grinders with a low degree of automation. These traditional grinding machines have complex structures and stable The accuracy, accuracy and grinding precision are relatively low, and the produced or ground tools cannot fully meet the design or quality requirements

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