Views: 315 Author: Site Editor Publish Time: 2021-12-15 Origin: Site
After decades of development, CNC digital cutting machine have made considerable progress in cutting energy and CNC control systems. Cutting energy has evolved from a single flame energy cutting to multiple energy sources (flame, plasma, laser, high-pressure water jet) Cutting method: The control system of the CNC digital cutting machine has evolved from simple functions, complex programming, and input methods, and low automation to a fully functional, intelligent, graphical, and networked control method; the drive system has also changed from stepping Drive, analog servo drive to today's all-digital servo drive
What are the advantages of a CNC digital cutting machine?
What are the characteristics of different types of CNC digital cutting machines?
What is the current development direction of using CNC digital cutting machines?
Compared with manual and semi-automatic cutting methods, CNC cutting can effectively improve the efficiency and cutting quality of plate cutting, and reduce the labor intensity of the operator. In some small and medium-sized enterprises and even in some large enterprises, manual cutting and semi-automatic cutting methods are still more common. With the development of the modern machinery industry, the requirements for work efficiency and product quality of plate cutting processing are also increasing at the same time. Therefore, the market potential of CNC digital cutting machine is still very large, and the market prospects are relatively optimistic.
1. The CNC flame cutting machine is suitable for cutting carbon steel with large thickness, and the cutting cost is low, but it has the disadvantages of large cutting deformation, low cutting accuracy, low cutting speed, long cutting preheating time, and long piercing time. Meet the needs of fully automated operation. The application of the CNC flame cutting machine is mainly limited to the cutting of carbon steel and large thickness plates, and plasma cutting will gradually be replaced in the cutting of medium and thin carbon steel plates.
2. CNC plasma cutting machine, plasma cutting has the advantage of the wide cutting field. It can cut all metal plates with fast cutting speed and high efficiency, and the cutting speed can reach more than 10m/min. Plasma cutting under water can eliminate the noise, dust, harmful gas, and arc pollution generated during cutting, and effectively improve the working environment. The use of fine plasma cutting has made the cutting quality close to the level of laser cutting. With the maturity of high-power plasma cutting technology, the cutting thickness has exceeded 150mm, which has broadened the cutting range of CNC plasma cutting machines.
3. CNC laser cutting machine has the characteristics of fast cutting speed and high precision. However, the laser cutting machine is expensive and the cutting cost is high, so the CNC laser cutting machine is suitable for thin plate cutting and high precision occasions.
1. The working environment of the CNC digital cutting machine is poor, with large dust, large temperature changes, and vibration when the equipment is running. The reliability of the system is the top priority.
2. The performance of software and hardware can well meet the various technological requirements of cutting.
3. The graphic input of the CNC digital cutting machine is simple and the on-site operation performance is good, which makes it easy for on-site operators to operate and maintain.
4. The CNC digital cutting machine has better operation convenience, such as above the cutting torch, there are various necessary movement alignment and control key operations.
The types and functions of CNC digital cutting machines are constantly increasing with the development of the market. Choosing the CNC digital cutting machine that suits your needs can get twice the result with half the effort. Shenzhen Test Laser Equipment Co. has been a Chinese pioneer in CNC digital cutting machines for several years. They can work with customers from design to completion to ensure that all technical requirements are met.
