We are a strong fit for high-mix, low-volume CNC machining & mold production in China where designs change frequently and typical lots range from 1–500 pcs. You can update drawings without restarting the entire supplier onboarding process.

Example: robotic vision-sensor housing in 7075 aluminum, ~50 pcs per batch, revised every 2–3 runs.

• When you need multiple variants or fast ECOs, we adapt programs and fixturing instead of re-quoting from zero.
• Stable quality from 1–5 pcs prototypes up to 50–500 pcs production runs.
• Consistent anodizing and cosmetic finish across repeated orders and design revisions.
• SPC / CPK-ready processes for recurring programs with regular shipments.

Not a great fit if you only buy millions of identical, low-mix parts where the lowest possible unit price is the only priority.

We specialise in prototype-to-production transfer for CNC machining and molds when you have proven a design with small batches or rapid tools and need a controlled ramp to stable production without new dimensional or cosmetic issues appearing later.

Example: EV battery cooling plate in 6061, from 20 pcs prototype lots to ~2,000 pcs per year.

• We lock cutting strategy, tools and fixtures once the prototype is approved, so behavior stays consistent.
• CMM / FAI at prototype and pilot stages gives your quality team data to sign off against.
• SPC / CPK monitoring on critical dimensions during ramp-up reduces the risk of line stops.
• Documented process sheets and inspection plans for repeat orders and export programs.

Less suitable if you only need a one-time prototype and plan to move volume tooling entirely to another supplier.

We are particularly useful when DFM for tight-tolerance CNC & molded parts is critical — for example where flatness, true position or surface finish directly affect assembly, sealing or field reliability.

Example: thin-wall 7075 bracket with ±0.02 mm flatness over 150 mm, or medical stainless-steel part with Ra ≤ 0.4 μm requirement.

• We flag thin-wall deformation, chatter risk and clamping issues at RFQ stage.
• Tool reach, step-down and rigidity checks reduce trial-and-error on the machine.
• Support on datum schemes, true position and concentricity strategy to keep CPK in control.
• Surface finish and coating (anodizing / plating) compatibility checked against your drawing.

Not ideal for very coarse-tolerance, purely cosmetic parts where a low-cost job shop without DFM is enough.