Carving and milling machine is a type of CNC machine tool that combines carving and milling functions. The following is a detailed introduction to carving and milling machine:

1、 Definition and Characteristics

Definition: Carving and milling machine is a CNC milling machine that uses small cutting tools, high power, and high-speed spindle motors. It is a CNC machine developed on the basis of traditional carving machines.

characteristic:

Efficient and high-precision: The engraving and milling machine can achieve high-precision machining of workpieces, suitable for processing small milling quantities of workpieces and soft metals.

Multifunctionality: The engraving and milling machine can both engrave and mill, suitable for processing various materials.

Flexibility: The engraving and milling machine can adapt to different machining needs by adjusting parameters such as tool speed, feed rate, and cutting depth.

2、 Working principle

The working principle of a carving and milling machine is to cut and carve materials through high-speed rotating cutting tools and precise control systems. Engraving and milling machines are usually equipped with high-speed electric spindles and advanced CNC systems, which can perform precise cutting and engraving operations according to design requirements.

3、 Application scope

The application range of engraving and milling machines is wide, including but not limited to the following fields:

Mold manufacturing: Carving and milling machines are suitable for processing small molds, especially for processing small steel molds, which have great advantages and can improve processing efficiency and smoothness.

Art processing: Carving and milling machines can carve various reliefs, carvings, and other art pieces, which are widely used in multiple industries such as construction, woodworking, and jewelry production.

Electronic product processing: Carving and milling machines are also widely used in the field of electronic product processing, such as processing front and rear frames of mobile phones, computer molds, etc.

4、 Performance parameters

The performance parameters of the engraving and milling machine include spindle power, cutting amount, speed, etc., which determine the machining capacity and application range of the engraving and milling machine. Generally speaking, the spindle power of a carving and milling machine is within ten kilowatts, which is suitable for precision machining; Moderate cutting amount, suitable for completing workpieces with small milling amounts; The fast movement speed and feed rate have improved the processing efficiency.

5、 Purchase and maintenance

Selection: When choosing a carving and milling machine, factors such as machining performance, stability, accuracy, and price should be considered. At the same time, it is necessary to make reasonable choices based on one's own production needs and budget. It is recommended to choose machine tools produced by enterprises that have been engaged in the CNC engraving and milling machine industry for a long time and have high requirements for machine quality.

Maintenance: The maintenance of the engraving and milling machine includes regular lubrication and maintenance of the guide rail system, cleaning of the machine tool, inspection of cutting tools, etc. Good maintenance can extend the service life of machine tools and maintain their high precision.

6、 Development Trends

With the continuous advancement of technology and the expansion of the market, engraving and milling machines are developing towards a more intelligent and efficient direction. In the future, carving and milling machines will continue to break through the bottleneck of processing accuracy and speed, achieving integrated processing of more complex structural parts. At the same time, the technological reform of intelligence and automation will also promote the development of carving and milling machines towards a more intelligent and efficient direction.

In summary, engraving and milling machines have broad application prospects in multiple fields due to their high efficiency, high precision, multifunctionality, and flexibility. When choosing and maintaining, it is necessary to make reasonable decisions based on one's own needs and actual situation.