Molds are key tools in the manufacturing industry, and lathes play an important role in mold manufacturing. Through precision machining of lathes, high-precision and highly durable molds can be manufactured. These molds are widely used in the molding and processing of materials such as plastics and metals, improving production efficiency and product quality.

Lathes are widely used in fields such as mechanical manufacturing, automotive manufacturing, aerospace industry, and mold manufacturing. Its high-precision and high-efficiency processing capabilities provide strong support for production in various industries, promoting the sustainable development of the manufacturing industry.

Lathe machining is mainly used in mold manufacturing for the processing of precision shaft and disc parts, as well as the processing of the rotating parts of mold cores and cavities.  ‌
Precision shaft parts processing: CNC lathes are commonly used to process precision parts such as aircraft engine turbine shafts and cylindrical protrusions in injection mold cavities. Their high-precision servo system and ball screw transmission can ensure micrometer level cylindricity accuracy, meeting the stringent requirements of aviation, automotive and other fields.  ‌
Complex contour machining: For the rotating parts in the mold core/cavity (such as cylindrical shaped cavities, blade root transition sections, etc.), CNC lathes can achieve precise machining of complex curves through programming, ensuring dimensional accuracy and surface quality of the parts, suitable for injection molding toy outer shell molds and other scenarios.  ‌
Multi functional composite machining: Some CNC milling and turning composite machine tools also have functions such as drilling and threading, further expanding the demand for hole series machining in mold processing, such as fine machining of mold positioning pin holes, cooling water holes, etc.  ‌