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ISO 10218 series on industrial robot safety (2025 editions)

ISO 10218-1:2025 Robotics — Safety requirements — Part 1: Industrial robots, and ISO 10218-2:2025 Robotics — Safety requirements — Part 2: Industrial robot applications and robot cells (European adoptions EN ISO 10218-1:2025 / EN ISO 10218-2:2025)

International Organization for Standardization (ISO) and European Committee for Standardization (CEN) · ISO 10218-1:2025 / ISO 10218-2:2025; EN ISO 10218-1:2025 / EN ISO 10218-2:2025

The ISO 10218 series is the core type-B/C standard set for industrial robot safety. Part 1 covers inherently safe design, risk reduction measures and information for use of the robot itself and treats the robot as incomplete machinery; Part 2 covers integration of industrial robot applications and robot cells. The 2025 editions of both parts took effect in CEN member bodies on 1 April 2025, superseding the 2011 editions. Part 1 expressly does not apply to underwater, law-enforcement, military (defence), airborne and space robots, nor to medical robots, healthcare robots, prosthetics and other aids for the physically impaired, service robots, consumer products, or equipment lifting or transporting people.

Verified against official sources · 2026-09-12Partly secondary sources — verify before relying

Does this apply to me?

A Chinese robot company must align with this series when it ships industrial robots or cobots to EU, Japanese, Korean or North American customers whose purchase specifications require ISO 10218-1 conformity; when it acts as integrator building robot cells, collaborative workstations or production lines abroad (ISO 10218-2); when it supplies the robot as incomplete machinery to overseas OEMs, requiring a declaration of incorporation and documented integration constraints; and when overseas automotive, electronics or logistics customers demand safety-function performance level (PL/SIL) evidence and collaborative application risk assessments in tenders. Because the robot itself is usually partly completed machinery under the Machinery Regulation, this series also determines how smoothly it slots into the customer CE process.

Key industries: Embodied AI & robotics, AI hardware & compute

Application timeline

  1. 2011-08-03

    Previous editions EVS-EN ISO 10218-1:2011 / -2:2011 take effect as harmonised standards with presumption of conformity

    Per the Estonian Centre for Standardisation catalogue both 2011 editions are in force from that date and their "Directives or regulations" field reads "2006/42/EC Machinery (MD)", i.e. they were cited as harmonised standards under the Machinery Directive and applying them conferred a presumption of conformity. That status ran until the 2025 editions superseded them.

  2. 2025-04-01

    2025 editions take effect in CEN member bodies and supersede the 2011 editions

    Per the Estonian Centre for Standardisation catalogue, EVS-EN ISO 10218-1:2025 and EVS-EN ISO 10218-2:2025 are valid from that date, with ISO 10218-1:2025 / ISO 10218-2:2025 and the corresponding EN versions as base documents, and the 2011 editions move to "Withdrawn" on the same day. **The same catalogue states that the withdrawn 2011 editions still carry the presumption of conformity under Directive 2006/42/EC until a corresponding amendment is published in the Official Journal**, while the "Directives or regulations" field of the 2025 editions reads None. Under the Machinery Directive, therefore, the withdrawn 2011 edition is currently the one that carries presumption of conformity.

Obligations (3)

Each states its trigger, the evidence to retain and the clause it comes from

Run a clause-level gap analysis and migrate from the 2011 to the 2025 editions

Severity HighISO 10218-1:2025;ISO 10218-2:2025

Compare each existing robot model clause by clause against the 2011 and 2025 requirements, list the clauses requiring redesign, revalidation or documentation updates only, and produce a migration plan and schedule. For models already sold abroad, define the cut-off between continuing to declare against the 2011 edition and upgrading to the 2025 edition, and state the standard edition and year consistently in customer specifications and tender documents.

Applies when
Manufacturers of industrial robots and cobots and suppliers of robot safety components.
Evidence to retain
  • · Clause-level gap analysis between the 2011 and 2025 editions
  • · Migration plan with owners, milestones and the list of affected models
  • · Revalidation test plan and results
  • · Agreed wording for the standard edition cited in external specifications and tenders

Estimated first-time effort: 15–45 person-days (estimate, not a commitment)

Perform integration-level risk assessment of robot applications and cells under Part 2

Severity HighISO 10218-2:2025

Robot conformity is not application conformity: under ISO 10218-2 the specific application and robot cell — end-effector, workpiece, peripheral equipment, guarding and safety devices, and human access routes — must be risk assessed at integration level, safeguarding measures and the collaborative operation mode must be determined, and every use restriction listed by the robot manufacturer in its declaration of incorporation must be implemented or substituted.

Applies when
Chinese robot companies performing integration abroad and their local integration partners; turnkey line suppliers carry the highest exposure.
Evidence to retain
  • · Robot cell integration risk assessment report with layout drawings and human access analysis
  • · Safety function inventory with performance level (PL/SIL) justification
  • · Item-by-item record showing how the robot declaration of incorporation restrictions were implemented
  • · Rationale for the collaborative operation mode chosen and the speed, separation or force limit parameters used

Estimated first-time effort: 10–30 person-days (estimate, not a commitment)

Check the scope boundary: service, medical, healthcare and consumer robots are out of scope

Severity MediumISO 10218-1:2025 Scope

ISO 10218-1 does not apply to underwater, law-enforcement, military (defence), airborne or space robots, nor to medical robots, healthcare robots, prosthetics and other aids for the physically impaired, service robots, consumer products, or equipment lifting or transporting people. Before claiming ISO 10218 conformity externally, verify the product falls inside the scope, avoid unsustainable conformity claims for embodied-AI service, delivery or companion robots, and define a separate standards and safety-argument route for those categories.

Applies when
Companies selling both industrial robots and service or embodied-AI robots, and the marketing and pre-sales teams citing standards in collateral and tenders.
Evidence to retain
  • · Mapping of product categories to standard scope
  • · Review record (legal/compliance sign-off) for external conformity claims
  • · Alternative standards and safety-argument route documented for out-of-scope categories

Estimated first-time effort: 2–6 person-days (estimate, not a commitment)

Penalties

As a voluntary standard it carries no penalties of its own; exposure arises through contractual technical conformity clauses, failed acceptance, refusal by integrators, and the loss of a citable safety baseline in Machinery Regulation enforcement.

Known uncertainty

iso.org returned HTTP 403 during this review, so the original ISO publication month and edition numbering of ISO 10218-1:2025 / -2:2025 could not be confirmed from an ISO first-party page; the dates here rely on the 1 April 2025 validity date in the CEN member body (Estonian EVS) catalogue. **There is a counter-intuitive point about migration timing**: the 2025 catalogue pages show "Directives or regulations: None", so as at the review date neither part is cited in the EU Official Journal list of harmonised standards, whereas the 2011 pages in the same catalogue, though marked "Withdrawn from 01.04.2025", still show 2006/42/EC and state that the presumption of conformity survives until a corresponding amendment is published in the Official Journal. Migrating promptly to the 2025 editions is therefore right at the level of contracts and customer specifications, but may mean giving up a citable presumption of conformity early; settle the actual strategy against the current OJ list of harmonised standards before a project starts. The relationship between ISO 10218 and ISO/TS 15066 (collaborative robots) was not verified from first-party text and is not asserted here.

Sources (4)

Content as of 2026-09-12 · corpus 2026.09|Compiled from public official sources with links and review dates for compliance decision support. Rules change; have licensed professionals review before external disclosure, regulatory filing or contractual commitments.

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ISO 10218 series on industrial robot safety (2025 editions) · Obligations & official sources | HaiWen HQ