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Standards a medical machining supplier meets

A machining supplier meets medical standards through its customer: the device maker names them in the drawing, the purchase order and the quality agreement. This index sorts the standards by topic and says, for each, who owns it and what reaches the shop.

The standards by topic

TopicMain documentsOwnerWhat reaches the shop
Quality systemISO 13485:2016; 21 CFR 820 (QMSR) in the US; EN ISO 13485 in the EUDevice makerPurchasing controls, change notification, traceability, records
Risk managementISO 14971Device makerProcess risk inputs, PFMEA, notice of changes
BiocompatibilityISO 10993-1 (2025 edition) and the other parts of ISO 10993Device makerAllowed process fluids, residue limits, cleaning records
Cleaning and cleanlinessDevice maker's validated method; ISO 19227 for orthopedic implantsDevice maker, shop runs itValidated cleaning, records per lot
PassivationASTM A967, ASTM F86Shop or sub-tier, to the drawingMethod, test, validation records. See ASTM F86
Marking and UDI21 CFR 801 subpart B; EU MDR Article 27; ISO/IEC AIDC standardsDevice makerMark content, position, durability after reprocessing
SterilizationISO 11137 (radiation), ISO 11135 (ethylene oxide), ISO 17665 (moist heat)Device maker and its sterilizerMaterial and residue compatibility, packaging inputs
Mechanical testingASTM F543, F382, F1717, F1264, F2077; ISO 14801Device maker or test labA frozen, validated process for the tested parts
Supplier audits by notified bodiesEU MDR Annex IX sections 2.3, 3.3 and 3.4; Team-NB code of conductDevice maker, with its notified bodyLot records, access clause in the quality agreement. See notified body audits of subcontractors
CMR substances in alloysEU MDR Annex I section 10.4; CLP classificationDevice makerAlloy callout, certificate chemistry, change notice, residue control. See CMR substances in cobalt and nickel alloys
Instrument corrosionISO 13402; ASTM F1089Device maker, shop runs the processPassivation record, test report. See ISO 13402 and F1089
General requirements for implantsISO 14630:2024 (level 1 of the implant standards)Device makerMaterial callout, cleanliness, records. See ISO 14630
General requirements for implant instrumentsISO 16061:2021; ISO 7153-1:2016 for metalsDevice makerMaterial, passivation, corrosion test, marking. See ISO 16061
Certificates a supplier can showISO 13485 certificate; EU MDR certificate (notified body)Certification body or notified bodyOriginal certificate, scope and site. See CE certificate or ISO 13485 certificate
LaboratoriesISO/IEC 17025:2017; GLP (21 CFR 58); FDA ASCADevice maker chooses the laboratoryScope line for the method. See verifying a laboratory
Audit preparation for a subcontractorTeam-NB code of conduct, section 7; MDR Annex IXNotified body, with the device makerLot trace, contract clause. See notified body audit preparation
Canadian marketHealth Canada MDSAP rule for class II to IV devicesDevice makerSupplier controls, possible audit. See Health Canada and MDSAP
Cobalt-chromium alloysASTM F75, F799, F1537, F90Device makerSpecification, alloy and condition on the drawing. See CoCr alloys compared
Metals for standard instrumentsISO 7153-1:2016; ASTM F899Device makerGrade, condition and hardness on the drawing. See ISO 7153-1
Implant surface preparation and markingASTM F86Device maker, shop runs the processTreatment, marking and post-mark records. See ASTM F86
Implant surface finishISO 7206-2 (hip), ISO 7207-2 (knee), ISO 21920 for parametersDevice makerParameter, cutoff, location and part state on the drawing. See surface finish requirements
Restricted substances in electrical devicesDirective 2011/65/EU (RoHS)Device makerMaterial declaration, lead exemption, finish chemistry. See RoHS and medical device parts
PFAS and fluoropolymersEU universal PFAS restriction proposal under REACH (not in force)Device makerMaterial list per part, supplier declarations. See PFAS and fluoropolymer parts
Process validationISO 13485 clause 7.5.6; GHTF SG3/N99-10 guidanceDevice maker, with the shopIQ, OQ and PQ for processes that cannot be fully verified

Editions change. Check the current edition of each document at its source before you cite it in a procedure.

Diagram of standards flowing from the device maker to a machining supplier through the purchase order and quality agreement
Standards reach a shop through the device maker's documents. Typical flow, confirm with the device maker's procedures.

Who owns the standard

Almost every standard on this list is owned by the device maker. The shop meets the parts that the device maker writes into the purchase order and the quality agreement. That has two consequences.

  • Qualification stays with the device maker. A shop cannot be "compliant" with ISO 14971 or ISO 10993 on its own. It can supply the inputs those standards need. A shop that claims more is either confused or selling.
  • The order has to say it. A shop cannot guess which cleaning method, passivation test or mark content applies. If it is not in the order or the agreement, it is not in the shop's scope.

The test methods behind these standards, such as grain size, inclusion rating and alpha case, have their own test methods index.

The guides go into the shop side of several topics: ISO 10993 and machining residue, passivation validation, UDI laser marking and IQ, OQ and PQ. The processes overview shows where each step sits in a part's route.

How the detail pages relate

Each detail page takes one standard or regulation, sets out the clauses that reach a supplier and says what a shop should be ready to show. The quality system pages come first, because every other standard is applied through them. Material specifications have their own index.

Information, not regulatory advice. Confirm requirements with your quality and regulatory teams.

Last reviewed 18 October 2026

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