Double-head numerical control lathe

Abstract

The invention discloses a double-head numerical control lathe. The double-head numerical control lathe comprises a numerical control system, a lathe and a detecting device, wherein the detecting device is installed on a lathe body, and two head boxes are arranged on the lathe; the detecting device comprises a detecting hole and a stretchable rod, wherein the detecting hole is formed in the upper part of the detecting device; the stretchable rod is located at the lower part of the detecting device, the detecting hole is connected with the stretchable rod; and the head box which is symmetric with the original head box is arranged at the other end of an original lathe guide rail. Whether a tool needs to be replaced or not is judged by comparing a machined workpiece with a preset value, the judgment process is simple and convenient, and the operation is easy; and cutting and clamping can be carried out at the same time, resources are saved, the machining benefit is improved.

Description

technical field [0001] The invention relates to the technical field of mechanical manufacturing, in particular to a double-head numerical control lathe. Background technique [0002] CNC lathe technology has been popularized in China now, which is to use the CNC system to drive the stepping motor to cut the workpiece vertically and horizontally. Generally, users will buy CNC lathes for processing workpieces with more complicated processing technology, and workpieces with more complicated processing technology. The processing hours are long, resulting in a waste of human resources during the period from the completion of the workpiece clamping to the completion of processing. Therefore, some users adopt the method of one worker operating two CNC lathes. This method not only wastes equipment resources, but also often causes the operators to lose sight of the other. When the existing CNC lathe is turning the workpiece, the operator’s self-inspection is not in place, which ofte...

AI Technical Summary

Problems solved by technology

[0002] CNC lathe technology has been popularized in China now, which is to use the CNC system to drive the stepping motor to cut the workpiece vertically and horizontally. Generally, users will buy CNC lathes for processing workpieces with more complicated processing technology, and workpieces with more complicated processing technology. The processing hours are long, resulting in a waste of human resources during the period from the completion of the workpiece clamping to the completion of processing

Therefore, some users adopt the method of one worker operating two CNC lathes. This method not only wastes equipment resources, but also often causes operators to lose sight of one another.

When the existing CNC lathe is turning the workpiece, the operator’s self-inspection is not in place, which often leads to the out-of-tolerance of the workpiece size after the tool wears out and is not found in time, resulting in the workpiece needing to be reworked or scrapped, which increases the production cost and reduces the cost. Productivity

The existing self-inspection device compares the length of the tool before and after use, and then judges whether the tool needs to be replaced according to whether the processed workpiece is within the error range. The self-inspection method of this self-inspection device is relatively cumbersome

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