Numerically-controlled lathe with tool automatic adjusting function

Abstract

The invention relates to a numerically-controlled lathe with a tool automatic adjusting function. The numerically-controlled lathe comprises a base, a spindle baffle, a spindle and a tool turret, thespindle baffle is vertically arranged on the base and fixed to the base, the spindle penetrates through the spindle baffle and is fixed to the spindle baffle, the tool turret is arranged on one side of the spindle baffle, the tool turret is fixed on the base, the tool turret comprises an X sleeve motor, an X sleeve guide rail, an X sleeve sliding seat, a Z sleeve motor, a Z sleeve sliding rail, aZ sleeve sliding seat, an R sleeve motor and a sleeve, the X sleeve guide rail is located on the base, the X sleeve sliding seat is arranged on the X sleeve guide rail, and the Z sleeve sliding seat is arranged on the X sleeve sliding seat. According to the numerically-controlled lathe with the tool automatic adjusting function, automatic adjustment of positions of tools of the numerically-controlled lathe is effectively achieved, the damage condition of the tools is judged in time, and position adjustment of the tools or reminding workers of tool replacement is completed in time.

Description

technical field [0001] The invention relates to a numerically controlled lathe, in particular to a numerically controlled lathe with automatic tool adjustment. Background technique [0002] With the increase of labor costs and the fierce competition environment in the market, customers have increasingly higher requirements for the automation of CNC lathes. Facing the technical and functional competitiveness of competitors in the same industry, how to improve the digital control of CNC machine tools to improve processing efficiency, path, structure simplification, convenient operation, and high degree of programmed automation has become the core competition in the field of CNC machine tools. In conventional CNC lathe machining, the tip of the tool will gradually wear out due to the frictional contact between the tool and the part for a long time. If the tool is not adjusted or replaced in time, it will affect the accuracy of the processed part and the serious damage to the su...

AI Technical Summary

Problems solved by technology

In conventional CNC lathe machining, the tip of the tool will gradually wear out due to the frictional contact between the tool and the part for a long time. If the tool is not adjusted or replaced in time, it will affect the accuracy of the processed part and the serious damage to the surface of the part, resulting in product waste. In severe cases, the tool wears seriously, and the frictional resistance causes a sharp increase in the temperature between the tool and the product, damages equipment components, and causes safety accidents in severe cases

[0003] The routine operation is to judge the service life of the tool based on the experience value of the personnel, and to estimate the wear of the tool for replacement. The tool works in sequence, and the condition of the tool is judged manually, but there is a certain inaccuracy due to human experience, which leads to experience There is a certain error in the judgment, which leads to an increase in the scrap rate of parts

Moreover, it is time-consuming to adjust the tool after human judgment, and the cycle of adjusting the tool is relatively long

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