CNC Machining FAQ for Quotation, Materials, Quality, and Delivery

3D CAD files such as STEP, IGES, X_T, or SLDPRT are preferred. If the part has critical tolerances, threads, surface roughness, or inspection requirements, please also provide 2D drawings in PDF or DWG format.

Yes. Customer drawings, CAD files, project details, and technical communication are handled as confidential project information. If required, an NDA can be signed before detailed review.

EASEMFG can support prototype parts, small-batch machining, and batch production. The suitable quantity range depends on part geometry, material, machining time, finishing requirements, and inspection needs.

EASEMFG focuses on CNC milling, CNC turning, prototype CNC machining, low-volume machining, batch production, and custom metal or plastic parts. Project suitability depends on part structure, material, tolerance, surface finish, and quantity.

Yes. Prototype CNC machining is suitable for design validation, structure checking, assembly testing, and engineering samples. Low-volume or batch production can be reviewed after the prototype or production requirements are confirmed.

Common CNC machining materials include aluminum, stainless steel, brass, copper, and engineering plastics. Final material selection should be confirmed based on mechanical function, surface requirements, application environment, and drawing specification.

Surface finishing can be discussed based on material, appearance requirement, functional requirement, and application environment. Common options may include anodizing, polishing, brushing, sandblasting, plating, passivation, or coating, depending on the part and project requirements.

Thin-wall aluminum parts can be reviewed for CNC machining, but the process needs to consider clamping method, machining sequence, tool access, deformation risk, burr control, and inspection points.

Inspection reports can be discussed based on project requirements. If the part requires specific dimensional inspection, CMM review, material verification, or surface inspection, these requirements should be confirmed before production.

Material certificates may be available depending on material source and project requirements. If material documentation is required, please state it before quotation and order confirmation so that the requirement can be reviewed properly.

The inspection focus usually includes drawing dimensions, key assembly surfaces, hole positions, threads, surface condition, burr control, and customer-specified critical features. Inspection method depends on part geometry and project requirements.

Yes. Before machining, the project can be reviewed for material suitability, machining access, wall thickness, tolerance feasibility, surface finishing risk, clamping method, and inspection difficulty.

Quotation is affected by material, part size, machining time, structure complexity, tolerance, surface finishing, quantity, inspection requirements, and delivery plan. A complete drawing package helps reduce back-and-forth communication.

Lead time depends on material availability, part complexity, quantity, finishing process, and inspection requirements. Simple prototype parts and complex batch projects should be evaluated separately after drawing review.

International delivery can be reviewed according to destination, package size, part weight, shipping method, and customer requirements. Shipping details should be confirmed during quotation or before shipment.

Please provide 3D CAD files, 2D drawings if available, material grade, quantity, surface finish, tolerance notes, inspection requirements, and target application. Clear technical information helps the team review the project more efficiently.