CNC Milling Services for Rapid Prototyping

Coordination with CNC Turning

For parts requiring “turning-milling composite” operations (e.g., keyed shafts), adopt a “rough turning + finish milling” workflow. CNC Turning first performs rough machining of outer diameters and end faces, then transfers the part to CNC Milling for keyway and flat surface machining. Eliminating secondary clamping enables seamless process integration via workshop logistics systems, boosting overall part accuracy by over 20%. This approach is particularly suitable for components like motor shafts and drive rods.

Collaboration with Laser Cutting Service

For sheet metal parts (e.g., housings, brackets), Laser Cutting first performs outline blanking, followed by CNC Milling for threaded holes, locating holes, and precision slots. Compared to traditional methods, this approach boosts efficiency by 30%. The flatness of cut edges provides superior positioning for milling, preventing hole misalignment. This solution is widely adopted in Sheet Metal Fabrication.

Collaboration with Sheet Metal Bending

For components requiring “milling + bending” (e.g., chassis, support structures), CNC Milling first processes locating holes and clearance slots. Sheet Metal Bending then completes the bending forming, preventing inaccessible holes caused by deformation. Adjacent layout of milling and bending zones shortens transfer distances, enhances collaborative efficiency, and delivers “integrated forming” structural solutions.