CNC Hardware parts

² Critical dimensions achievable to ±0.005mm,

² Surface roughness optimized down to Ra≤0.8μm,

² Meeting demanding requirements for precision assembly.

² Ensuring high uniformity in dimensions and performance across mass production runs,

² Resulting in extremely low defect rates.

² Enabling one-time processing of curved surfaces, irregular grooves, deep holes, and multi-faceted features,

² Without requiring multiple setups.

² No tooling replacement,

² Enabling both rapid prototyping for small batches (1–3 days),

² Continuous automated production for large volumes.

² Aluminum alloys (6061/7075, etc.),

² Stainless steel (304/316, etc.),

² Copper alloys,

² Titanium alloys,

² Specialty steels.

² Supported by a rigorous quality control system including CMM coordinate measuring machines.

² Long-term total cost benefits are achieved,

² Through reduced manual intervention, lower scrap rates, and shortened R&D cycles.

² (such as anodizing, sandblasting, electroplating, and laser marking),

² Enhancing both functionality and aesthetics of the finished product.

² Material preparation and equipment debugging

² CNC programming

² Three-stage cutting for gradual shaping

² Multi-axis machining

² Surface treatment and post-treatment

² Final inspection and packaging