Find practical answers about CAD files, tolerances, production quantities, material certificates, surface finishes, lead times, and export delivery.
STEP or STP files are preferred for 3D geometry, together with a dimensioned PDF drawing. DWG, DXF, IGES, IGS, and Parasolid files can also be reviewed. If the model and drawing differ, please identify which file controls the released design.
Final part tolerance depends on geometry, material, size, datums, workholding, inspection requirements, and surface treatment. Public equipment references list 0.002 mm for the DMG MORI DMU50 and 0.01 mm for listed FANUC and lathe equipment. These are equipment specifications, not a blanket tolerance promise; the achievable tolerance is confirmed from your drawing.
Yes. We support one-off prototypes, engineering samples, trial production, small batches in the dozens or hundreds, and repeat orders, depending on part complexity, material, finishing, and inspection requirements.
Material certificate requirements can be included in the RFQ and confirmed during quotation. Availability depends on the material source and the specific order, so please state the required certificate, material grade, and traceability information before production.
We coordinate surface treatments including anodizing, etching, laser engraving, baking paint, and dyeing where required. Finish, color, masking, cosmetic areas, and acceptance standards should be specified with the drawing.
There is no single lead time for every project. Timing depends on part geometry, material availability, quantity, inspection, surface finishing, assembly, and shipping requirements. The confirmed production schedule is provided after drawing review, and your required delivery date should be included in the RFQ.
We support export shipment and can review delivery to Singapore, Malaysia, Europe, and the United States. The shipping method, delivery terms, cost, and schedule are confirmed for each quotation based on the destination and order requirements.
For a faster review, send the 3D model, dimensioned drawing, material or acceptable alternatives, quantity, critical tolerances, surface finish, inspection requirements, packaging needs, and target delivery date.
Review equipment references, production quantities, inspection support, and delivery planning.
View precision machiningLearn how prototype parts move from CAD review through inspection and delivery.
View prototype machiningSee the inspection equipment and quality workflow used for selected requirements.
View quality controlSend your drawing, quantity, material, finish, tolerance, and delivery requirements for a project review.
