CNC machining and how? A guide to the revolution in precision and efficiency in modern manufacturing.

Numerical Controlworking (of machinery)The principle of Tecnology CNC and G-code からマシニングセンターまで，この記事では、CNC machining gaikaに高accuracy、high効率、そして複雑な部品の自動生産を可能にするかを発見する旅へとご案內します。

In modern manufacturing, the term "CNC machine" is a core term that has been used to describe the leap forward in manufacturing technology, the ability to directly transform digital designs into sophisticated designs, and the revolution in product development and production methods.

The core principle of CNC machining CNC machining, Tsumari CNC machining, and the core of CNC machining are the following: DIGITAL COMMANDS: OPERATOR MATA is a 3-dimensional modelling tool used by the designer for CAD (Computer Aided Design) software, followed by CAM (Computer Aided Manufacturing) software. A series of model commands (G-code and M-code and M-code) have been changed. Machine implementation: CNC machine concepts can be read from the codes of the machine, and the motion of the tool and the workpiece can be controlled correctly by multiple axes, and the cutting operation can be automated.

Secondly, the great advantage of CNC machining is very high precision and reproducibility: Simply achieve the tolerance ofミクロンレベル, and make the same part thousands of times. Powerful and complex shape processing capability:Machining from ChinaIt is difficult to complete the construction of complex surfaces and shapes. Superior productivity: Once a prototype, the work is completely automated, long hours of unmanned operation are possible, and the parts are dramatically reduced in terms of cost. High Flexibility: On the occasion of change of parts, it is usually the most suitable for the manufacture of various types and small rosettes of fabrics in the case of change of the plan and the zig-zag.

Thirdly, general types of CNC machining CNC Flatbed Machining: The most widely used form of CNC machining, typical machine is vertical or horizontal mounting centre. CNC rotary disc machining: CNC rotary discs and ternation centres are used for precision turnaround parts machining. Multi-axis Link Processing: This is a 5-axis magnetic centre that can process 5 sides of parts with complexity, avoiding the complexity of errors. The main point: CNC machining is the foundation of the Intelligent Manufacturing Industry. It is the basis for the protection of product innovation and technology, and for the maintenance of the superiority of the production units that are important for companies in international competitions.