Cailian Press, 9 April (Reporter Huang Lu) — As a key foundation for advanced manufacturing, CNC machine tools have become one of the key areas for breakthroughs in domestic production in China. The structural upgrade of the Chinese machine tool market will move towards automated turnkey solutions, customer customisation and widespread upgrading.

Definition and Basic Concepts of Machining: Machining, a processing technique widely used in the manufacturing industry, refers to the physical processing, cutting and shaping of raw materials using mechanical equipment, with the aim of ultimately producing components or products with precise dimensions and functions.

The aerospace industry’s rapid growth is underpinned by precision, innovation and reliability—and CNC machining is key to the manufacture of aerospace components. Whether they are turbine blades, landing gear components or structural brackets, aerospace components produced by CNC machining must meet stringent standards

Section 10: Drilling and Boring.doc

There is as yet no clear international definition of multi-function machine tools, and the field is currently undergoing innovative development. Multi-function machining is also known as complete machining or multi-purpose machining. In the early days, machining centres were referred to as multi-function machine tools. However, with the continuous development and advancement of multi-function machining technology,

Scope of Work and Process Procedures for Sheet Metal Working Technology Scope of Work and Process Procedures for Sheet Metal Working Technology Scope of Work: Applying sheet metal working technology in the manufacture of mechanical products, utilising advanced, effective methods in the manufacture of mechanical products

The history of sheet metal working is a long and rich one. Beginning with the bronze and iron artefacts of ancient times, people used various methods to smelt metal materials; as smelting techniques improved, they gradually succeeded in producing sheet metal.

CNC machining is a processing technology widely used in the mechanical manufacturing industry; its methods and procedures are crucial to the production of high-quality, high-precision components. The general methods and procedures for CNC machining are outlined below:

Precision machining of micro-components is a vital manufacturing technology, widely used in sectors such as electronics, mechanical engineering, aerospace and the automotive industry. With technological advances and the market’s ever-increasing demand for high-precision, high-efficiency products, precision machining technology for micro-components is also continuing to evolve.

With the continuous development of the manufacturing sector, the demand for high-precision machining is growing. As an advanced machine tool, the turning-milling centre combines both turning and milling functions, enabling a variety of machining operations to be carried out in a single set-up, thereby improving machining efficiency and precision.