EN 71 is the European “Safety of toys” standard series used to evaluate common toy hazards such as mechanical/physical risks, flammability, and certain chemical exposures. In purchasing and compliance workflows, “EN 71” usually means your toy must be assessed to one or more specific EN 71 parts that match the toy’s materials, design features, and intended age range.
If you are unsure which EN 71 parts apply to your product or which edition your customer or technical file is citing, talk with our team and we’ll help you map the requirement to a practical test and equipment plan.
EN 71 — Safety of toys (multi-part standard series)
EN 71 is not a single bench test. It is a structured series of parts that define safety requirements and (where applicable) test methods and acceptance criteria for different toy hazard categories.
Labs and manufacturers typically scope EN 71 by selecting the relevant part(s) (for example, mechanical/physical, flammability, or chemical migration) and then building a test plan around the toy’s construction, accessible components, and foreseeable use.
Quick Definition
Standard type: Multi-part safety requirements and test-method framework for toys (the specific document type depends on the cited EN 71 part).
Common use: Demonstrating technical compliance of toys placed on the UK/EU market by testing to the appropriate EN 71 parts referenced in technical documentation or customer requirements.
Key practical point: Equipment needs are driven by the specific EN 71 part(s) cited—“EN 71” alone is rarely enough to select fixtures, instruments, or laboratory capacity.
What This Standard Covers
Across its parts, EN 71 addresses multiple foreseeable hazards associated with children’s play. Depending on the part, it may cover performance requirements, sample preparation guidance, test procedures, and pass/fail criteria.
EN 71 is commonly applied to toys and toy materials/components where mechanical integrity, flammability behavior, chemical exposure potential, labeling/age warnings, or specialized toy categories (for example, chemistry sets or activity toys) are part of the safety evaluation.
Why This Standard Matters in Testing
EN 71 is frequently used as a technical basis for defining what “safe” looks like in measurable terms for toys. In practice, it drives how products are designed, what materials are selected, and what verification testing is needed before shipment, import, or market placement.
Because the series spans different hazard types, EN 71 often creates a mixed test program that can include mechanical testing, flammability testing, and chemical analysis—sometimes across multiple toy subassemblies and material types.
Common Materials, Product Types, or Applications Covered
EN 71 is commonly referenced for a broad range of toy constructions and accessible materials, including polymers, elastomers, coated surfaces, paints/inks, metals, textiles, soft-filled components, foam components, and liquid/gel-like toy materials (where applicable).
It is most often used for finished toys, toy components, and accessible toy materials where foreseeable mouthing, handling, wear, and misuse must be considered in the safety evaluation.
Common Test or Verification Workflow
EN 71 verification is typically planned and executed as a parts-based workflow, where each selected part defines the hazard focus and the lab method(s) needed.
Common workflow steps: (1) identify which EN 71 parts apply, (2) define representative samples and accessible materials, (3) run part-specific tests (mechanical/physical, flammability, chemical, labeling where applicable), and (4) compile results into a technical file or customer-facing compliance package aligned to the cited editions.
Equipment Commonly Used for This Standard
Because EN 71 is a series, equipment selection depends on the specific part(s) you need to run. Many programs require a combination of mechanical fixtures, flammability apparatus, and chemical analysis capability.
Common equipment families (part-dependent): Universal testing machines and force gauges (with toy-specific fixtures for tension/torque/compression where applicable), impact and small-parts/ingestion hazard tools, flammability test chambers and burners, balances and dimensional measurement tools, sample preparation tools for plastics/coatings/textiles, and analytical chemistry instrumentation for regulated element migration or restricted substances (often with digestion/extraction capability and elemental analysis such as ICP-based methods, depending on the cited part).
How to Read This Designation or Revision
“EN 71” is read as a family designation. In specifications, purchase orders, and test reports, the requirement is normally stated as a specific part number and edition (and sometimes an amendment level).
Typical citation pattern: EN 71-[part number]:[year] (sometimes followed by amendments such as “+A1”). National adoptions may add a prefix (for example, “BS EN” or “DIN EN”) while keeping the EN 71 part number and edition structure.
Revision sensitivity: Test setup, selection of clauses, and reporting expectations can change with the exact cited edition and amendments, so the part number alone is not enough for planning a compliant test program.
Related Standards, Methods, or Frameworks
EN 71 is commonly used alongside toy-safety legislation and other standards that address hazards outside the scope of a particular EN 71 part. For example, electrical safety for electric toys is typically handled under a dedicated electric-toy safety standard rather than under EN 71 mechanical/physical clauses.
When reviewing a requirement, it is common to see EN 71 referenced together with age grading/warning expectations, product labeling requirements, and customer or regulatory compliance checklists that define how evidence should be presented.
Get help scoping EN 71 equipment and test capability
If you are building (or upgrading) capability for EN 71 mechanical fixtures, flammability setups, or chemical analysis workflows, you can request a detailed quote for equipment and configurations matched to the EN 71 parts you need to run.