From one-piece validation and engineering prototypes to volume delivery, we select process routes around structural reliability, cost, and lead time to help customers reduce trial and error.
Suitable for brackets, housings, fixtures, module panels, and other complex structural parts. Supports multi-face features, deep cavities, threads, and precision locating holes.
Used for shafts, sleeves, connectors, rotary seals, and other rotational parts, maintaining stable concentricity, roundness, and fitting dimensions.
Equipped with precision Swiss-type machines, supporting turn-mill machining of complex rotational parts in one setup. Suitable for slender shafts, precision connectors, and medical device components.
For impellers, freeform curved surfaces, medical device components, and compound-angle structural parts, reducing cumulative error caused by repeated setups.
Helps R&D teams validate assembly, strength, appearance, and process feasibility early in development, update designs in time, and quickly supply additional samples.
Suitable for complete equipment, automation projects, pilot products, and similar requirements, controlling inventory and cost while maintaining consistency.
Select treatment processes according to the service environment, and complete simple press fitting, marking, sub-assembly, and finished-product packaging.
We do more than confirm whether a part can be made. We also assess whether the structure is easy to fixture, whether tolerances are reasonable, whether surface treatment affects fitting dimensions, and provide cost-optimized alternatives.
Development samples can start from one piece. Batch quantities are evaluated based on scheduling capacity and material condition.
We recommend STEP, IGS, XT, DWG, or PDF files. Mark critical tolerances, surface roughness, materials, and application clearly on drawings.
Yes. Project drawings and technical materials are used only for quotation and production.