Reputable CNC Turning Service Supplier in China

You guarantee manufacturability by using DFM principles at the earliest part of design. You save redesign costs by matching product geometry to CNC turning capabilities. You increase efficiency by choosing materials and tolerances that fit the machine limitations.

Product Design and Development

You work with engineers to validate design features before machining starts. You validate quality requirements to match functional requirements to production viability. You eliminate risks, reduce lead times, and obtain high precision part quality consistently.

Optimization of Part Geometry

You simplify complex geometries to lower machining time and tooling costs. You design with uniform wall thickness for stability and to reduce distortion. You add fillets and radii to lower stress and increase tool and part life.

Material Knowledge and Application

You test material characteristics such as strength, hardness, and machinability. You evaluate processing behavior for stability under manufacturing conditions. You match materials to end-use requirements for predictable performance in real-world applications.

Rational Tolerance Design

You use rational tolerance design to balance manufacturability, cost and performance. You establish tolerances that are consistent with functional requirements without over specifying accuracy. As a result, you minimize waste, improve quality and achieve consistent, reliable production results.

Tooling and Machining Process Optimization

Develop fixtures to correspond to material properties and part geometry. By selecting the appropriate tooling strategy, tool wear and vibration are minimized. Optimized tool and fixture design: You achieve greater accuracy, efficiency, and consistency.

Workholding and Clamping Strategy

Clamping systems that clamp the parts without deformation and guarantee accuracy by holding the parts in the same position throughout the machining process. With appropriate workholding design you increase safety, productivity and surface quality at each operation.

Surface Treatment and Post-Processing

You use coatings or treatments to increase durability and wear resistance while improving aesthetics, corrosion resistance and dimensional accuracy. This guarantees the functional, safety and industry-specific performances of all components.

Cost Control and Mass Production Optimization

You save money on reduced tool wear and material usage, improved workflow to reduce cycle times and boost efficiency. In this way, you get the maximum output while ensuring quality in high volume production runs.

Design for Assembly (DFA)

Part designs are designed for easier assembly (fewer steps), component interfaces are simplified to minimize the amount of assembly line errors that would result from part-to-part parting. This method reduces total costs while improving product reliability and assembly efficiency.