Double turret turning center with high precision and stable angle control

Abstract

The invention discloses a double-turret turning center with high-precision and stable angle control, which includes a frame, an angle control mechanism, a tool feeding mechanism and a tool. The tool feeding mechanism is assembled on the frame, and one end of the tool feeding mechanism is fixed to the frame. connection, the other end of the knife feed mechanism is slidingly connected with the frame, the end of the knife away from the active end is connected with the knife feed mechanism, one end of the angle control mechanism is set at the end of the knife away from the active end, and the other end of the angle control mechanism is connected to the The feeding mechanism is fixedly connected. The invention provides a double-turret turning center with high-precision and stable angle control, which can achieve the effect of highly accurate control of the required angle adjustment while ensuring the stability of the angle adjustment process; For batch type workpieces, the tool wear can be monitored in real time according to the adjustment of the displacement difference during the tool feeding process, and the main and standby tools can be switched in time to ensure the smooth progress of the entire turning process.

Description

Technical field [0001] The present invention relates to the technical field of turning center machine tools, and is specifically a high-precision angle controlled double-knife tray center. Background technique [0002] The traditional turning center is not easy to control, and the accuracy cannot be controlled. It has no guaranteed workpiece processing accuracy, which reduces the quality of turning processing; in addition, the traditional turning center has no corresponding tool wear monitoring system, most of which is artificial natural judgment, Resulting in large errors in the monitoring result, and consumes greater manpower, if it is not replaced in time, it is easy to impair the processing workpiece, which greatly reduces turning processing efficiency. [0003] The present invention provides a high-precision angle control of the double-knife tower, which can achieve a high level of accurately controlling the desired angle of adjustment at the same time, and the present inven...

AI Technical Summary

Problems solved by technology

[0002] When adjusting the angle of the traditional turning center, the operation range is not easy to control, and the precision cannot be controlled, which leads to the unguaranteed machining accuracy of the workpiece and reduces the quality of the turning process. In addition, the traditional turning center does not have a corresponding tool wear monitoring system, and most of them are artificial natural judgments. The error range of the monitoring results is large, and it consumes a lot of manpower. If it is not replaced in time, it will easily damage the workpiece and greatly reduce the turning efficiency.

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