Industry · Medical

Med-grade assembly without the friction.

ISO 13485-ready electronics manufacturing for medical devices — IPC Class 3 boards, DHR-ready lot records and 100% tested devices, built in Shenzhen's Bao'an plant and shipped with documentation your auditor can read — traceable from component to device, and from device to shipment.

Med-grade assembly without the friction.

Regulated hardware lives or dies on evidence. Our medical builds combine ISO 13485-ready process alignment with the speed of an integrated electronics plant: IPC Class 3 workmanship, per-lot DHR-ready records, 100% electrical test and traceability. Your RA team gets audit-ready files instead of four vendors each promising their own version of the truth — and pilot runs start at 1-100 pieces while the design is still moving. Firmware-bearing and Class II devices get the same answer: a supply agreement with a documented spine, not a supply shuffle. The audit does not surprise us; it visits us.

How we run quality gates
Clean white medical electronics assembly on a soft studio background

Evidence, not promises.

Eight elements of a medical build, with the record to back each one — and a ninth, change control, for when the design moves.

Medical program elementHow we run it
Quality systemISO 13485-ready process alignment across the network, with ISO 9001:2015 and ISO 14001:2015 certified at the Bao'an campus. Audit checklists welcome.
WorkmanshipIPC Class 3 assembly from prototype panels to 58-layer HDI designs, with automated optical inspection on every placement line.
Lot documentationDHR-ready device history records: components, placement programs, test results and rework logs, archived per lot and indexed for audit retrieval.
Traceability100% electrical test before shipment with per-unit results mapped to the lot — the record your field investigation needs, and the one a recall would live or die on.
Pilot manufacturingValidation and pilot builds from 1-100 pieces, DFM-reviewed before the first board, so evidence is generated while design changes are cheap.
Materials declarationsRoHS and REACH data shipped with the BOM file set, per-part, per-vendor, ready to fold into your technical file — declared once, not rediscovered at the border.
Export documentationCE, FCC and UKCA file packages plus RoHS declarations aligned with the device's target markets, prepared by the same desk that builds — and tracked per destination country so nothing arrives at the border without its folder.
Change controlEngineering change notices logged against the lot record, incoming component change notifications reviewed by the same engineer, and your RA team kept inside the approval loop.
Program cadenceEngineering quotes within 24-48 hours and one accountable project owner from pilot through volume production — the person who answers change questions is the person who built the pilot.

Your device, defensible from day one.

What ships with every medical electronics lot we build — the same evidence set for a 50-piece pilot and a 5,000-piece run.

ISO 13485-ready process alignment across the network — evidence mapped to your own audit checklist before the build startsIPC Class 3
DHR-ready lot records per device, archived for the life of the program and indexed by device serialper-lot
100% electrical test and traceability, per unit and per lot, with test limits versioned to the approved protocolICT / FCT
RoHS and REACH declarations inside the BOM file set, plus CE, FCC and UKCA packages per destinationexport ready
One accountable program owner with 24-48h engineering answers — plus a first-article DHR sample for your registration file1-100 pcs pilots

Build it like your auditor is watching.

Send the design, the BOM, or the audit checklist itself. The engineering desk returns a DFM review, a documentation map and a fixed quote within 24-48 hours — from Shenzhen, with records. Evidence by default, arguments by appointment.

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