CNC Turned Components

The main characteristic of CNC turned components lies in their rotating structure. Through complex structures such as outer circles, inner holes, end faces, threads, grooves, and curved surfaces, they meet the requirements of various working conditions. Primarily used in the automotive industry, they are exported not only domestically but also internationally, with exports accounting for 40% of their total market share. These components are used in powertrain and chassis systems. In the export sector, our company's core competitiveness in CNC turned components lies in our customization services. We support custom drawings, providing samples in 3 days and small-batch trial production in 5 days. We can optimize production processes according to user needs. Our advanced production equipment ensures a monthly capacity of 500,000 units. Large-scale raw material procurement reduces costs by 8% to 12% compared to the industry average. Automated production lines reduce labor costs by 30%. We cater to different overseas markets, such as Europe, North America, Southeast Asia, and Japan and South Korea, addressing user concerns and striving to maximize customer satisfaction.

Continuous innovation and upgrading are our requirements for CNC turned components. Through our unremitting efforts, our products have the following characteristics:

Precision Grade: Dimensional tolerance ±0.001~±0.01mm, roundness ≤0.005mm, surface roughness Ra up to 0.1μm;

Machining Efficiency: Through automated continuous processing, daily production capacity can reach 500~2000 pieces, depending on the complexity of the parts, which is 3~5 times more efficient than ordinary lathes;

Structural Adaptability: Capable of machining slender shafts, eccentric shafts, and irregular curved rotating parts with a length-to-diameter ratio of 100:1, meeting both complex assembly needs and simple structures;

Material Compatibility: Whether the user requires steel, aluminum, or even copper, we can communicate with you; your needs are our goal;

Process Integration: The milling-turning machine can simultaneously complete turning, milling, drilling, and tapping, reducing clamping errors.