Lathe Machining

Lathe machining is a mainstream and fundamental precision manufacturing process. It adopts fixed tools to cut high-speed rotating workpieces to accurately trim workpiece sizes and shapes. It minimizes tiny dimensional errors and achieves micron-level high-precision processing. Featuring strong compatibility, stable operation and cost performance, it serves as one of the core processes for prototype sampling and batch component production.

Available Materials: Metal materials, engineering plastics, composite materials, cast iron, ceramics and other industrial materials.

Core Advantages: High machining accuracy, high forming efficiency, wide application range, simple and stable operation, low production cost, excellent product consistency and superior surface quality, meeting high-precision and standardized manufacturing requirements.

Application Fields: Widely used in machinery manufacturing, hardware accessories, automobile parts, aerospace, electronic equipment, precision instruments and other industries, supporting customized processing of various circular, special-shaped and rotary structural parts.