CE Marking Timeline for Exporters: From Design Freeze to First EU Shipment

Published 12 September 2026Verified against the EU legal texts

Exporters rarely fail CE marking on the engineering. They fail on sequence: the risk assessment written after the build, the translations ordered last, the EU partner contracted after the container has left. This guide lays the CE process out as a timeline, with the phases that can run in parallel, the ones that cannot, and the one date that overrides all planning: 20 January 2027.

The phase plan

The durations are indicative planning values for a single standard machine outside Annex IV, built by a team that has done the work before. They are not legal deadlines. Annex IV machinery, series products, multi-directive products and first-time exporters who begin after the design is finished should plan for more, and an EU type-examination by a notified body adds months, not weeks.

Legal classification and the Annex IV check

1 to 2 weeks · Before the concept is frozen

Decide what you are shipping (machinery, partly completed machinery, safety component), which EU acts apply beside the Machinery Directive (EMC, ATEX, Pressure Equipment, Radio Equipment, Low Voltage where relevant) and whether the product falls under Annex IV of the Directive or, from 20 January 2027, Annex I Part A or B of the Machinery Regulation. This single decision sets the conformity assessment route (Article 12 of the Directive, Article 25 of the Regulation) and whether a notified body must be booked. Document the classification even if it is negative.

Standards research

1 to 3 weeks · Before design freeze

Identify the type A, B and C standards that apply and confirm their harmonisation status in the Official Journal, because only cited harmonised standards give the presumption of conformity (Article 7(2)). A type C standard for your machine family, where one exists, is the fastest route to a defensible design. Record edition and citation date per standard; this list later goes into the technical file and the declaration.

Risk assessment alongside the design

Runs with the design; 2 to 4 weeks of documented effort · From concept to design freeze, updated at each review

EN ISO 12100:2010: limits of the machine, hazards across all life phases, risk estimation and evaluation, then risk reduction in the mandatory order of Annex I section 1.1.2(b). Every measure and every residual risk is written down per hazard, together with the essential requirements it addresses. Done in parallel, the assessment steers the design; done afterwards, it produces retrofits.

Functional safety

2 to 6 weeks · Once the control concept exists

For every control function that reduces a risk, derive the required performance level (PLr) with the risk graph of EN ISO 13849-1:2023 and demonstrate the achieved PL from architecture, reliability data and diagnostics. The achieved PL is usually calculated in SISTEMA, the free tool of the German IFA; the safety functions, PLr and validation plan belong in the technical file.

Testing and validation

2 to 6 weeks · After the first build

Electrical tests per EN 60204-1:2018 (continuity of the protective bonding circuit, insulation, functional tests), validation of every safety function against its PLr, checks of guards and safety distances, noise and other measurements the standards call for. Each test is recorded with method, result and tester; these test reports are what an authority reads first after the risk assessment.

Technical file

2 to 4 weeks to assemble, if maintained throughout · Continuously; assembled before the declaration

Annex VII A of the Directive (Annex IV Part A of the Regulation from 2027): description and intended use, drawings and circuit diagrams, risk assessment documentation with the list of applicable requirements and measures, standards applied, calculations and test results, a copy of the instructions, declarations of incorporation for built-in partly completed machinery, and the declaration of conformity. It must be available for 10 years and capable of being assembled on a reasoned request; it need not sit in the EU.

Instructions and translations

4 to 12 weeks in total; 2 to 4 weeks per language after the final text · Start at design freeze, finish after validation

Instructions must accompany the machine in the official language or languages of the member state of destination, marked as original instructions or as a translation with the original supplied alongside (Annex I section 1.7.4). Residual risks, intended use and reasonably foreseeable misuse come out of the risk assessment, so the text cannot be finalised before phase 3 is stable. From 20 January 2027 digital instructions are allowed under the conditions of Article 10(7) of the Regulation. This phase is the most frequent cause of a missed ship date.

EU economic operator and contracts

2 to 8 weeks of negotiation · In parallel from phase 1

Regulation (EU) 2019/1020 Article 4 requires an economic operator established in the Union before the machine may be placed on the market: an EU importer, an authorised representative with a written mandate, or an EU fulfilment provider. Until 19 January 2027 the EC Declaration of Conformity must additionally name a person established in the Community authorised to compile the technical file. Agree in the contract who answers authorities, who may rebrand or modify, and who holds which documents. If you act as customs declarant, register for an EORI number.

Declaration of conformity

Days · When phases 1 to 8 are complete

The EC Declaration of Conformity follows Annex II 1.A of the Directive with its fixed particulars, including the acts and standards applied and the EU-established documentation contact; from 20 January 2027 the EU Declaration of Conformity follows Annex V Part A of the Regulation, names only the manufacturer and, where appointed, the authorised representative, and may be provided digitally. Sign it per unit or per series as your process defines, and keep the original for 10 years.

CE marking, nameplate, shipment

Days · After the declaration is signed

Affix the CE marking visibly, legibly and indelibly, at least 5 mm high, next to the manufacturer's name and applied with the same technique (Article 16, Annex III); add the notified body number where full quality assurance was used. The nameplate carries name and address, designation, series or type, serial number and year of construction; from 2027 also a single digital contact of the manufacturer (Regulation, Article 10(5) and (6)), and the importer adds its own details (Article 13(3)). Put a copy of the declaration in the shipment, and record the date each unit is first supplied into the EU.

The critical path for a first-time exporter

Read the plan as three lanes. The requirements lane (phases 1 and 2) has to finish first, because everything else is designed against it. The evidence lane (phases 3 to 7) grows with the design and closes after validation; its long pole is the instructions, whose translations cannot start before the risk assessment is stable. The commercial lane (phase 8) is independent of the engineering and should start on day one, because contracts with an EU importer or an authorised representative take their own time and an unsigned mandate stops a shipment as surely as a missing guard. Phases 9 and 10 are short but strictly last: the declaration certifies that the file is complete, and the CE marking may only go on once the declaration exists.

If a notified body is involved, add a fourth lane. EU type-examination needs a technical file and a representative sample, so it cannot start before phases 5 and 6, but the body must be selected and booked in phase 1. Around the 2027 cut-over, capacity of bodies notified for the Regulation is the scarce resource.

20 January 2027: what the cut-over means for stock and deliveries

On 20 January 2027 the Machinery Regulation (EU) 2023/1230 applies and the Machinery Directive 2006/42/EC is repealed with effect from the same day (Articles 54 and 51(2), dates as corrected in the Official Journal). It is a hard cut-over without a sell-off period for new machines, without early application, and it is decided unit by unit.

Unit placed on the market before 20 January 2027

Stays legal under the Directive and may continue to be made available through the chain (Article 52(1)). Under the Commission’s Blue Guide a binding agreement to transfer ownership or possession of a finished machine is enough; physical handover is not required. Keep the contract and the supply date as evidence per serial number.

Unit not yet placed on the market on 20 January 2027

Stock at your plant, units transferred to your authorised representative, and units already shipped to an EU importer but not supplied onward have not been placed on the market. Goods in customs transit or in a warehouse under a customs procedure count the same way. From the cut-over such units may only be placed on the market if they comply with the Regulation: Annex III requirements, Annex IV documentation, EU Declaration of Conformity per Annex V, and where relevant the Article 25 procedure with a notified body.

Certificates and the bridging declaration

EC type-examination certificates issued under Article 12 of the Directive remain valid until they expire (Article 52(2)), but they only support units placed on the market before the cut-over; new EU type-examination certificates are limited to five years. For deliveries around the date the Commission accepts a bridging practice: a Directive declaration that additionally states conformity with the Regulation. Design to the Regulation now, so that the same unit can be declared either way.

Standards and penalties around the date

As of August 2026 no harmonised standard has been cited under the Regulation; a first citation decision is expected towards the end of 2026. Without a citation there is no presumption of conformity under Article 20(1), which matters for the self-assessment route of Annex I Part B. Member states must have their penalty rules in place by 20 October 2026 (Article 50), three months before the Regulation applies.

Typical delays, and how to avoid them

Translations ordered last

Instructions depend on the final risk assessment, translations depend on the final instructions, and the machine cannot ship without them. Fix the destination countries at design freeze and book translators then.

Annex IV discovered late

A manual loading station turns a press or a moulding machine into an Annex IV product. Finding that out after the design means a notified body search under time pressure. Check the list in phase 1.

Component evidence missing

Drives, switchgear and safety components chosen under non-EU listings need EU declarations and EN or IEC references in the file. Ask suppliers for the documents before purchasing, not before shipping.

Risk assessment written after the build

Every finding becomes a retrofit: a smaller mesh, a larger safety distance, an additional interlock, a different stop category. Run the assessment with the design.

No EU economic operator when the container arrives

Missing or unidentifiable operator details are an express ground for customs to suspend release (Regulation (EU) 2019/1020, Article 26(1)(d)). Have the mandate or the importer contract signed before you book the freight.

Standards that moved since the design

A superseded edition without a transition period no longer carries the presumption of conformity. Check the Official Journal status of every standard on the declaration before signing it.

How CE-Copilot maps the phases

CE-Copilot covers the CE process in ten steps inside one application, available in English; the AI drafts, you review and sign off. Design, manufacturing, the physical affixing of the CE marking and any notified body assessment stay outside the software, and the legal responsibility stays with the manufacturer. The steps line up with the phases above:

Phases 1 and 2

Standards finder and standards checklist

You describe the machine; the standards finder assigns the applicable EU directives, checks Annex IV of the Directive and Annex I of the Regulation and says whether a notified body comes into play. The database of 3,600+ standards shows harmonisation status, edition and Official Journal reference, and the mandatory standards go into a project checklist with a status per standard.

Phases 3 and 4

Risk assessment and functional safety

A guided EN ISO 12100 workflow covers limits, hazard list and evaluation; the AI proposes typical hazards for the machine type, you decide. Measures are documented in the three-step order with the risk before and after. The functional safety module records safety functions, assigns them to hazards, derives the PLr with the EN ISO 13849-1 risk graph and checks the SISTEMA result against it.

Phase 5

Test reports

The test report shows only the tests that fit the machine profile; readings, result, tester and photos are recorded per test point.

Phase 6

Technical documentation

A checklist with 41 points walks through the required documents, with status, notes and encrypted file storage; the full export bundles the project into one PDF or Word file.

Phase 7

Operating instructions in dialogue

The instructions are written in dialogue over 12 chapters; residual risks and applied standards come in as numbered tables from the risk assessment, output as PDF and Word. Add-on from the Professional plan, one-off purchase per project.

Phases 9 and 10

Declaration of conformity and standards tracker

Manufacturer, machine and standards data are prefilled and a mandatory-field check runs before output; for Annex IV machinery the procedure switch requests the notified body details. The signature-ready PDF comes out in English, German, French or Italian. After shipment the standards tracker emails you about new editions, withdrawals and expiring transition periods of exactly the standards in your projects.

Phase 8, the EU economic operator, is a contract, not a software feature; our guide on exporting machinery to the EU without an EU entity explains the options. For an overview of how CE-Copilot helps non-EU manufacturers act EU-compliant, see Export machinery to Europe.

FAQ

Frequently asked questions

How long does CE marking take for a machine?

There is no legal duration, and the honest answer is: it depends on when you start. For a single standard machine outside Annex IV, with an experienced design team and the risk assessment running alongside the design, the compliance work adds weeks rather than months to the project, and the longest pole is usually the instructions and their translations. Annex IV machinery that needs a notified body, multi-directive products (for example machinery with ATEX or pressure equipment aspects) and first-time exporters who start after the design is finished should plan in months. The durations in this guide are planning values from typical projects, not deadlines.

Can I start the risk assessment after the machine is built?

You can, but it costs money. The Machinery Directive requires the manufacturer to design and construct the machine taking the results of the risk assessment into account (Annex I, General principles), and the three-step hierarchy of section 1.1.2(b) puts inherently safe design first. A risk assessment written after the fact tends to discover that a guard, a distance or a control architecture should have been different, and every such finding becomes a retrofit. Run it in parallel with the design and update it at each design review.

What does 'placing on the market' mean for the 2027 cut-over?

Placing on the market is the first making available of an individual unit on the Union market (Machinery Regulation, Article 3(12)). It is decided unit by unit, not per series or type. Units placed on the market before 20 January 2027 under the Directive may continue to be made available (Article 52(1)); units first supplied from that date must comply with the Regulation. Under the Commission's Blue Guide a binding agreement to transfer ownership or possession of a finished machine suffices, physical handover is not required, but stock sitting at the manufacturer, at the authorised representative or at an importer that has not supplied it onward has not been placed on the market.

Is there a sell-off period for machines built to the Directive?

No. The Regulation applies from 20 January 2027 and the Directive is repealed with effect from the same day (Articles 54 and 51(2)); there is no grace period for newly manufactured machinery, and the Regulation cannot be applied early either. What survives is the individual unit already placed on the market, and EC type-examination certificates issued under Article 12 of the Directive, which remain valid until they expire (Article 52(2)) but only support units placed on the market before the cut-over. A recognised bridging practice for deliveries around the date is a Directive declaration that additionally states conformity with the Regulation.

When do I need to involve a notified body, and how early?

Only for machinery listed in Annex IV of the Directive that is not built fully to harmonised standards covering all relevant requirements (Article 12(4)); from 20 January 2027, always for the six categories in Annex I Part A of the Regulation (Article 25(2)) and for Part B machinery without full application of harmonised standards or common specifications (Article 25(3)). Involve the body at the classification phase, not at the end: EU type-examination needs the technical documentation and a representative sample, capacity around the cut-over is tight, and a body must be notified for the Regulation to issue certificates under it.

Which phases can I run in parallel?

Most of them. Classification and standards research come first because they set the requirements. From then on, risk assessment, functional safety and the technical file grow alongside the design; the EU economic operator contract runs in parallel from day one; the instructions start at design freeze and the translations follow the final text; testing follows the first build. Only the declaration of conformity and the CE marking are strictly sequential, because they certify that everything before them is complete.

Run EU machinery compliance in-house, in English

This guide is written by the team behind CE-Copilot, a software platform covering the whole EU CE process for machinery: directive classification, a standards finder across 3,600+ standards with harmonisation status, risk assessment per EN ISO 12100, functional safety documentation, test reports, the technical file, operating instructions and the EU Declaration of Conformity with exports in English, German, French and Italian. The platform is available in English; the AI drafts, you review and sign off.

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More English guides

EU Market Surveillance for Machinery: Border Checks and After US Machinery to the EU: OSHA and NFPA 79 vs EN 60204-1 EU Machinery Regulation 2023/1230: What Changes on 20 January 2027 CE Marking for Machinery: Step-by-Step Guide for Exporters

This guide is general information for machinery manufacturers, verified against the official EU legal texts as of 12 September 2026. It is not legal advice. For decisions about your specific product, consult the legal texts (EUR-Lex) or a qualified advisor.