CNC Mill-Turn Services

CNC Mill-Turn Services

Huang Liang Precision provides CNC mill-turn services that integrate turning and milling operations into a single setup. This approach is ideal for precision components that combine rotational features with structural elements. Through process integration and digital machining management, repeated clamping errors are minimized, improving dimensional consistency and overall machining stability for high-precision and project-based requirements.
CNC Mill-Turn

Integrated Machining in a Single Setup

Mill-turn machining enables the completion of outer diameters, inner bores, and faces together with planar surfaces, holes, and complex profiles within one setup. By reducing process transfers and re-positioning, geometric relationships are maintained more accurately. This method is particularly suitable for parts requiring both concentricity and precise structural positioning.

Synchronized Control of Structural and Rotational Accuracy

For components that include both rotational and structural features, machining sequences are planned based on geometric relationships. Concentricity, roundness, flatness, and hole positioning accuracy are achieved simultaneously through integrated processing. This reduces cumulative error risks and improves assembly consistency.

Stable Multi-Material Integrated Machining

We support a wide range of materials, including aluminum alloys, stainless steel, carbon steel, brass, and engineering plastics such as PEEK and PTFE. Tooling, cutting strategies, and machining parameters are adjusted according to material characteristics to ensure stable integrated machining while maintaining material performance and finished-part quality.
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If you would like to assess the feasibility of CNC mill-turn services, please provide your drawings or machining requirements. Contact Huang Liang Precision to discuss appropriate process configurations. We offer practical machining recommendations and technical support based on part characteristics and production needs.