Applications of CNC Machining – What is CNC Machining Used for | CNCLATHING

2021.7.8

CNC machining has a number of benefits, which makes it widely used across a wide range of industries and applications. Where you can use CNC technologies and products? Here are some of the most effective uses and applications of CNC machining.

CNC Applications: Uses and Applications of CNC Machining - What is CNC Machining Used for

1. Industrial Manufacturing

CNC technology is widely used in all industries and fields, yielding great fruits. It is universally acknowledged that the industrial environment with toxicity, high temperature, and smoke is so harsh that many workers may suffer from the threat of health. If workers are exposed to this environment, it will be a threat to their lives. To ensure the safety of industrial manufacturing, it is necessary to take effective measures. In this case, a large quantity of mechanical equipment is required. Only when these mechanical equipment match, can the related tasks be completed. In the process of operating mechanical equipment, CNC can be used to effectively realize the management of the mechanical equipment. In addition, the assembly line is often used in small-scale industrial production. All these improved the productivity of the industrial, promoted the development of the industry, and reduced laborious work. In addition, the scientific and reasonable application of the CNC system not only can preliminary inspection in the quality of products be effectively realized, but also pressure and workload of the employees can be effectively clear, ensuring the stability and safety of industrial production.

 

2. Automotive

The traditional ways of manufacturing vehicles are difficult, and the production of auto parts is relatively time-consuming and complicated. CNC technology has a high value in the application of automobile manufacturing. To some extent, the effective application of CNC technology improves the precision of auto parts and simplifies the manufacturing of parts, cleaning up some obstacles of producing auto parts. It can effectively improve the quality of parts so that the quality of the vehicle can be lifted up. With the strength of research in CNC technology, the application has been increased and widely used, realizing the integration of vehicle processing and promoting the development of automobile manufacturing.

 

3. Industrial Robot

Many industrial robots, applied to machining and manufacturing, can effectively complete the accurate simulation of human manual operation, even they can accomplish tough assignments which are beyond human’s abilities, working in dangerous environments. In machining processing, industrial robots can strictly follow their track and program according to predefined configuration, finishing related tasks such as artificial operation and transportation. Industrial robots can replace humans to complete highly intensified tasks under harsh environments and improve the safety of industrial processing and the quality and efficiency. CNC technology yields great fruits in applications. Not only does it monitor the operation of industrial robots, but also guides them to effectively finish tasks. Usually, CNC technology is applied to the control mechanism of industrial robots, mainly serving as a guide to help them complete their tasks and operation. In practice, it can record all information with full details, driven by the instructions. The efficacy of operation enables industrial robots to efficiently complete the prescribed tasks. In addition, the scientific and reasonable application of numerical control technology in industrial robots can effectively check the operation of industrial robots, and monitor sensor systems. If there is a malfunction in operation, the industrial robot can automatically report, and technicians can deal with problems.

 

4. Aerospace

In the process of aerospace equipment and parts manufacturing, through the use of numerical control technology combined with high-speed mechanical technology, not only less heat production, but also fast cutting speed and high quality. Metal aircraft parts are processed with the highest accuracy. This is very important for security-critical applications. In addition, CNC machining and fuzzy control technology, artificial neural network technology are integrated, which can realize dynamic processing, promote the accuracy of processing, and meet the needs of aerospace equipment.

 

5. Lathing & Milling

In the machining process, a large number of machine tools are often used. The machine tool is the most basic and important equipment used in the machining process. The basic processing equipment of the machine tool has the ability to control. It has good results of application in improving processing efficiency, accuracy and quality. Fundamentally, scientific and reasonable application of numerical control technology in mill processing can build up the machine, effectively improve standardization and accuracy of processing, and strengthen automatic control of machine tool. The processing quality of equipment ensures the quality of processed products. If numerical control technology is applied to the lathe, relevant technicians scientifically and reasonably set required movements of the lathe in the numerical control system, and then set positions of used tools, workpieces and other accessories on the lathe. 

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