The characteristics and application development of CNC Router

 CNC carving machine is one of the precision CNC lathes. CNC machines have the advantages of fast response speed, speed, high accuracy, stable power and powerful anti -interference capabilities. It is widely used in the fields of wood processing, models, molds, advertising signs, stone carvings and craft production.

The materials that can be carved are more common and have a wide range of downstream applications. Various industries have different processing materials and the accuracy of various requirements, and the accuracy requirements of CNC machine tools are also different. Therefore, there are many types of CNC sculptors, mainly including 3 axis CNC carving machines, 4 -axis CNC carvings, 5 -axis CNC carvings, rotating shaft CNC carvings, woodworking CNC carvings, CNC cutting machines, automatic knife -changing CNC carvings The machine, glass CNC carving machine, stone CNC carving machine, metal CNC carving machine and other industrial industries use CNC carving equipment.

Due to the continuous improvement of national income and the continuous improvement of capacity consumption, the demand for carving in other markets such as advertising, furniture, decoration, and souvenirs has continued to increase. The scale of the Jinan CNC machine tool market has also increased, and the development trend is good. Among them, the 3 axis CNC carving machine and automatic knife -changing CNC carving machine developed rapidly.

 

Compared with the traditional horizontal lathes, CNC lathes have the following characteristics:

(1) High precision. The performance of the CNC lathe control system has continued to improve, the mechanical structure continues to improve, and the accuracy of the machine is increasing.

(2) High efficiency. Due to the application of new tool materials and the improvement of the machine tool structure, the processing efficiency, the speed and transmission power of the spindle are continuously improved.

This greatly shortens the air rotation time of CNC lathes. Its processing efficiency is more complicated than 2-5 times the processing form of a horizontal lathe, and it also reflects the high-efficiency processing characteristics of CNC points.

(2) High flexibility. CNC lathes have high flexible characteristics and can adapt to automatic processing of more than 70 % of multiple varieties and small batch parts.

(3) High reliability. With the improvement of the performance of the CNC system, the working hours of CNC machine tools have also increased rapidly.

(4) Powerful process capabilities. CNC can not only be used for rough treatment, but also can be used for refined treatment, but also can complete all or most processes in the fiber.

(5) Module design. The production of CNC points is mainly modular design.

The technology of the lathe is constantly moving forward, and it tends to the following development:

With the development of CNC systems, machine structure and tool material technology, the CNC carving machine will be developed towards high -speed development, which will further increase the spindle speed, the sword rack movement speed and conversion, and the knife speed. The process of this process will be more complicated and centralized, and the CNC carving machine will develop in the direction of multi -disciplinary treatment and multi -layer treatment. In order to achieve long -term unmanned work, CNC technology develops in the direction of fully automated. The processing accuracy of machine tools is developing in a higher direction.

 

 

Comments

Post a Comment

Popular posts from this blog

The application of the five -axis processing in complex parts manufacturing

  In recent years, due to the rapid development of my country's manufacturing industry, the structure of product parts has become more and more complicated and accurate. The use of 5 -axis CNC  machine tools can improve the advantages of all processing, processing capacity and production efficiency. Therefore, the application of the 5 -axis processing center increases the complexity of manufacturing parts. 1. Select processing strategy 1-1 5 axis fixed direction processing For some holes that are well -splacted and sloped in the processing area, it is necessary to improve the complexity of the use of five -axis linkage processing and programming, and processing efficiency and stiffness. The five -axis directional treatment method is relatively good for the high efficiency and high -quality processing of these components. 1-2 5 axis joint processing Usually, five axis combinations are used to solve the problem of manufacturing that cannot be treated with three axis. For example...
Read more

3000W IPG fiber laser cutting machine work demonstration

Image
  This is a customized fiber laser cutting machine , its worktable size is 1500×6000mm, which is specially customized for users to process longer metal plates. The video shows the process of 3000W fiber laser cutting machine AKJ1560F cutting stainless steel plate and carbon steel plate with different thickness. The following introduces its features to you.   AKJ1560 fiber laser cutting machine is equipped with 3000W IPG fiber laser. The biggest feature of IPG fiber laser cutting machine is that it can cut highly reflective metal materials, such as copper, aluminum and other metals. It is well known that highly reflective metals have low absorption rates for laser light. When an ordinary laser cutting machine cuts aluminum, the light that cannot be absorbed by the aluminum is reflected on the lens and then transmitted to the fiber laser. In this case, not only the lens loss is large, but also the damage to the laser is large, which will seriously shorten the life of the fiber l...
Read more

Choosing a Fiber Laser Cutting Machine(3)

  CO2 laser generator is by far the most common fiber laser cutting machine choice for home and small businesses. They cost anywhere from a few hundred dollars to $10,000 and are capable of cutting wood and acrylic as well as thinner materials like cardboard. CO2 lasers are much larger than diode lasers, which means they require more tabletop or floor space. They also require more aggressive cooling than diode lasers, adding to the cost, size and complexity of the machine. Fiber Laser Generator is the most expensive option, often costing over $10,000 for entry-level cutters alone. However, they offer faster cutting speeds and are also capable of cutting metal. While fiber lasers are not an economical option for most hobbyist or small business users, they are the only option if you need to cut metal. What are the space requirements for a fiber laser cutting machine? Fiber laser cutting machines range in size from small desktops to professional-grade machines that require a lot of w...
Read more