Machining and CNC Processing: Analysis of Coating Technology in Modern Manufacturing Industry (Points for Consideration for Enterprises Choosing Machining Patterns)

MachiningNumerical machiningAnalysis of Coating Technology in Modern Manufacturing Industry
In the field of high-precision manufacturing of aerospace, automotive parts, and electronic machines, efficiency and precision have become the core competitiveness of companies.

In today's competitive global manufacturing industry, machining and CNC machining technologies are essential for modern industrial production. As a result of the thorough advancement of INDUSTRY 4.0 and the "Meido-Inchina 2025" strategy, CNC technology has changed dramatically in China's manufacturing industry -9.

In the manufacturing industry, understanding and applying the technology is the key to upgrading productivity, which is an indispensable element in maintaining superiority in the global competition.

01 Advances in Machining and the CNC Revolution
Traditional machining is based on the skills and experience of machinists, but modern CNC machining has been automated, and is now at the limit of traditional machining.

CNC machining? It is possible to achieve high precision machining of mikron unit at 1/10-9th of human hair by automatic machining method with the help of the Compact Plug System.

According to the data of China Association of Machine Tool Industry, in 2023, the market size of CNC machine tool market in China will reach 256.8 billion RMB, increased by 15.6%, and the input substitution rate of 5-axis linkage of Haiyende CNC machine tool will be increased by 45%-9.

This data is a clear indication of the rapid development and spread of CNC technology in China's manufacturing industry.

02 Analysis of the Benefits of CNC Processing
CNC technology has shown a great advantage in machining in the next generation:

Precision control is at the heart of CNC machining, which guarantees the accuracy of mechanical movements by means of high-precision servo systems, and the adjustment of parameterisation by means of automatic deviation-3 avoidance of the realtime monitoring and friction barriers.

The automated efficient production, CNC or "Wintachi Station" is fully automated, and the 24-hour continuous operation is possible. The multi-processing system has reduced the number of working hours and avoided the need for precision ross-3.

Soft production. The traditional mechanical processing of the change of production is to change the tooling, the need to adjust the parameter, the need for a long preparation service; CNC is to change the program, the need to change the weight, what is the production type to cut the replacement, the single pierce of the cast mills and a large number of production of niños to be adapted to the situation-3.

03 BIG 4CNC machining programmecomparative
The machining process has been adapted to a wide range of materials and nuances. In the following, we show the characteristics of the four main CNC machining technologies and the applicable systems-9:

Processing Tape Processing Characteristics Applicable Materials Representative Applicable Systems Precision Clasps
Flame Processing Multi-Axis Composite Surface Processing Metal/Composite Materials Aircraft Engineered IT6-IT7
Rotary disc machining Efficient machining of turnaround parts Rods/chips Automobile Drapes IT5-IT6
Sculpture of the good I Pattern テキスト sculpture wood / Acrylic クラフト ギフト カスタマイズ IT8-IT10
Grinding Ultra-precision Surface Treatment Hardened Steel / Cemented Steel Precision Gold Cylinders IT3-IT5
04 Application Examples to CNC Machining Industry
CNC machining technology has been penetrated into various manufacturing fields, and its representative applications are as follows:

In the new energy vehicle division, the Bartlett Tooling's processing engineering uses 7075 Aluminium alloy and 30% to achieve lightweighting. Precision rotary machining of motors has a tolerance of ≤0.01mm-9, which can be controlled.

The aerospace industry relies on high-precision machines such as 5-axis magnetic centers and 5-axis magnetic centers for the processing of complex surfaces and structural parts-1.

In the manufacture of medical equipment, the surface roughness of Ra0.2μm is achieved by precision grinding of manual joints, and the diameter tolerance of micro-rotary cutting of surgical instruments is ±0.005mm-9.

05 Future Trend of Manufacturing Intelligence
The development of artificial intelligence technology has led to new changes in the field of CNC machining.

At the Expo 2025, TOP CNC will present its AI-CNC fully engineered unmanned CNC machining large-scale model technology, and demonstrate the state-of-the-art advancement of industrial machining know-how-8.

このシステムは、エンド・ツー・エンドのインテリジェント・プログラミング、フルプロセス知識ベースのサポート、高忠実度のシミュレーション環境-8という3つの革新的なブレークスルーを特徴としている。

"Intelligence is a system for manufacturing. Instead of reducing the workload of the manufacturing industry, human knowledge and machines are increasing the workload", said Zhu Xingming, CEO of Huichuan Technology, in an Interview at IFE-2.

06 Considerations for Enterprises Selecting a Processing Patent
It is very important to choose the right patina for many of the machining service programmes.

We evaluate the accuracy, stability, and machining accuracy of our equipment. Longer durability, higher accuracy over the long term, and higher machining efficiency of the machine will be a continuous benefit to the company.

Technical know-how is not only important, but also experience and common sense. In the case of a particular field, the amount of experience that can be gained from the service provider has been greatly reduced, and the amount of resources that can be used for the project has been greatly reduced.

It is important to consider the overall performance of the equipment, including the degree of automation, technical support capabilities, and the Afta Service System. This is an important element for long-term collaboration5.

CNC machining technology is developing in the direction of high precision, and in 2025, TOP CNC will demonstrate the AI-CNC system, and the physical knowledge of ミクロンレベルに組み込まれた Physical Knowledge-8 will be used to realize the high-precision simulation of machining programme.

In the future, human intelligence and manufacturing will be deeply integrated, and CNC machining will be replaced by manual work.Digital Transformation in the Manufacturing IndustryNuclei and Derivatives

The scale of the enterprise is related to the development trend of CNC machining technology, and the initial stage of the Intelligent Industrialisation (II) is taking up the initial opportunity of the new industrial revolution.