The CNC boring and milling machine is a high-precision, high-efficiency machine tool that can complete multiple processing processes such as milling, drilling, boring, and tapping at the same time. It is suitable for processing various metal materials. It adopts a computer control system and can realize automated processing and changes in processing parameters by inputting program instructions. The main components include the machine body, workbench, tool holder, spindle, cutting fluid system and CNC system, etc. Among them, the CNC system is its core component. It can automatically identify the shape and size of the processed parts and control the movement trajectory and processing parameters of the tool, thereby achieving high-precision and high-quality processing results.

The advantages of CNC boring and milling machines are that first of all, it can achieve high processing precision and stable quality, ensuring the practicality and reliability of the product; secondly, it has high processing efficiency and can quickly complete a large number of processing tasks, improving production Benefits; at the same time, it also has the characteristics of flexibility and adaptability, can process workpieces of various shapes and sizes, and has a wide range of applications in different industries and fields.

The main functions of CNC boring and milling machines include the following aspects:
1. Boring function: holes can be processed by tool cutting, which can achieve high-precision and fast processing efficiency hole processing.
2. Milling function: Milling processing can be performed to meet the processing requirements of various shapes, such as multiple hole positions, chamfers, arcs, etc.
3. Drilling function: Drilling processing can be performed to realize the hole opening function.
4. Embossing function: It can be processed to achieve the processing degree of various patterns.
5. Turning function: It can perform turning processing to achieve processing of various shapes, such as round parts with high precision and fast processing efficiency.
6. Cavity function: Cavity processing can be performed to meet the processing requirements of complex-shaped components, such as casting molds, precision machine tool parts, etc.