CNC, short for Computer Numerical Control, refers to a machining technology that originated in Hong Kong  was later introduced to the Pearl River Delta in mainland China. CNC machining, also known as CNC milling, represents an advanced manufacturing method  traditional manual tasks are replaced by computer programming. While experience in manual machining is still beneficial, CNC technology allows for greater precision  efficiency.

1.Reduced Tooling Requirements

CNC machining significantly reduces the need for complex tooling. For parts with intricate shapes, complex tools are unnecessary. If the shape  size of a part changes, only the machining program needs to be adjusted, making CNC ideal for new product development  modifications.

2.Consistent  High-Quality Machining

CNC technology ensures stable machining quality, with high precision  repeatability. This makes it suitable for meeting the stringent requirements of industries like aerospace.

3.Increased Efficiency for Both Small  Large Batch Production

CNC machining is highly efficient for both small  large batch production. For small batches, it reduces preparation time, minimizes machine tool adjustments,  simplifies process inspections, allowing for quick transitions between different product types. For large-scale production, CNC's precision  repeatability ensure consistent quality, making it equally effective for high-volume manufacturing. Additionally, the ability to optimize cutting parameters helps to maintain high production speed  quality across all batch sizes.

4.Ability to Machine Complex Surfaces

CNC machining can process complex surfaces that are difficult  impossible to achieve using conventional methods. It can even handle parts that are  easily visible  accessible.