The CNC lathe for grooving and chamfering the conical surface is a CNC machine tool used for grooving and chamfering the conical surface of the workpiece. It uses numerical control technology to achieve precise machining and shape control of workpieces. The following are the characteristics and working principles of CNC lathes for general conical surface grooving and chamfering:

Features:
1. Multi-axis control: This CNC lathe is usually equipped with multiple coordinate axes, including spindle, feed axis, tilt axis, etc., to achieve complex cutting and chamfering processing.
2. High precision: CNC technology can accurately control the position, speed and feed rate of cutting tools to ensure processing quality and dimensional accuracy requirements.
3. High degree of automation: CNC lathe is equipped with automatic tool change system and workpiece clamping device, which can realize automatic tool change and workpiece clamping, and improve production efficiency.
4. Stability: The lathe adopts a stable bed structure and precise guide rail system to ensure the stability and rigidity of the processing process.
working principle:
1. Use the pre-programmed cutting path and parameters of the CNC system to control the movement of the cutting tool in each axis to achieve grooving and chamfering of the tapered end surface.
2. The CNC system controls the rotation speed, feed speed and cutting feed rate of the spindle, adjusts the position and inclination angle of the tool, and realizes grooving and chamfering of different shapes and sizes.
3. CNC lathes are usually equipped with various cutting tools, such as saw blades, boring tools and chamfering tools, to meet different processing needs.
4. The CNC system can monitor and adjust cutting parameters, such as tool wear compensation and tool radius compensation, in real time according to processing requirements to ensure the quality and accuracy of processing.

CNC lathes are widely used in aerospace, automobile manufacturing, machinery manufacturing and other fields, and are suitable for the processing tasks of grooving and chamfering on the end face of the cone. It can improve processing efficiency, reduce manual errors, and ensure processing quality and dimensional accuracy requirements.