Understanding the expected toy testing cost before submitting samples to a laboratory helps manufacturers and importers plan compliance budgets more accurately. The cost of toy testing depends on several factors, including the destination market, applicable safety standards, toy category, material composition, electrical functions, battery type, and the number of materials requiring chemical analysis.
For example, a simple wooden puzzle intended for the European Union generally requires a different testing scope than a rechargeable electronic toy exported to the United States. Products containing multiple colors, painted surfaces, magnets, or lithium batteries often require additional evaluations that influence the overall laboratory cost.
Our Toy Testing Cost Calculator provides an estimated testing scope based on the information you provide. The estimate is intended for compliance planning before requesting a formal laboratory quotation.
Note: The calculator provides an estimated testing scope and pricing reference. Final laboratory quotations are determined after reviewing the product design, materials, technical specifications, and applicable regulatory requirements.
Toy Testing Cost Calculator
ASTM F963, EN71, ISO 8124 Toy Testing Price
Estimate toy testing scope and fees for your target market.
| Standard | Description | Quantity |
|---|
How Toy Testing Costs Are Calculated
Toy testing costs are determined by the number of applicable safety standards, laboratory procedures, material test points, and product-specific safety evaluations. Every toy is assessed individually because different products present different safety risks.
Several factors influence the overall testing scope.
- Destination market
- Applicable toy safety standards
- Toy category
- Intended age group
- Material composition
- Number of colors and coatings
- Electrical functions
- Battery configuration
- Magnets and other special features
A product requiring only mechanical testing will generally involve a smaller testing scope than one requiring chemical analysis, flammability testing, and electrical safety evaluations.
Toy Testing Cost by Safety Standard
One of the largest factors affecting laboratory cost is the destination market. Different countries apply different toy safety standards, each requiring a unique combination of mechanical, chemical, flammability, and electrical safety tests.
EN 71 Testing Cost (European Union)
EN 71 is the primary toy safety standard for toys sold within the European Union.
Depending on the product, testing may include:
- EN 71-1 Mechanical and Physical Properties
- EN 71-2 Flammability
- EN 71-3 Migration of Certain Elements
- Additional EN 71 sections for specific toy categories
The total EN 71 testing cost depends on several factors, including the number of materials, surface coatings, colors, and product functions requiring evaluation.
For example, a plush toy with printed fabric typically requires a different testing scope from a painted wooden toy or a battery-operated educational toy.
Learn more: EN71 Toy Safety Guide
ASTM F963 Testing Cost (United States)
ASTM F963 is the mandatory toy safety standard recognized by the U.S. Consumer Product Safety Commission (CPSC).
Typical testing may include:
- Mechanical and physical safety
- Sharp points and sharp edges
- Small parts testing
- Torque and tension testing
- Flammability testing
- Battery accessibility
- Label review
Most toys sold in the United States must also comply with additional CPSIA requirements, which may include lead, phthalates, and Children’s Product Certificate (CPC) obligations.
The final ASTM F963 testing cost depends on the toy’s construction, materials, intended age group, and whether electrical components are included.
Learn more: ASTM F963 Toy Safety Standard
CPSIA Testing Cost
CPSIA introduces additional chemical and certification requirements for children’s products sold in the United States.
Depending on the product, laboratories may evaluate:
- Total lead content
- Lead in surface coatings
- Phthalates
- Tracking label requirements
- Children’s Product Certificate (CPC) documentation
Products containing multiple plastic components, painted surfaces, or flexible materials often require additional chemical analysis.
Learn more: Understanding CPSIA Compliance for Children’s Products
AS/NZS 8124 Testing Cost (Australia & New Zealand)
AS/NZS 8124 specifies toy safety requirements for products supplied within Australia and New Zealand.
Testing may include:
- Mechanical safety
- Physical safety
- Flammability
- Chemical requirements
- Labeling review
The required testing scope depends on the toy category and intended age group.
Learn more: AS/NZS 8124 Toy Safety Guide
GB 6675 Testing Cost (China)
GB 6675 is China’s national toy safety standard.
Common evaluations include:
- Mechanical hazards
- Migration of elements
- Flammability
- Age grading
- Product labeling
Manufacturers producing toys for the Chinese market should determine the applicable GB 6675 testing requirements before requesting a quotation.
Learn more: GB 6675 Toy Safety Testing
Which Standard Will Affect Your Testing Cost?
The table below provides a general comparison of the major toy safety standards.
| Export Market | Primary Standard | Typical Testing Scope |
| European Union | EN 71 | Mechanical, flammability, migration of elements |
| United States | ASTM F963 + CPSIA | Mechanical, chemical, labeling, electrical safety |
| Australia & New Zealand | AS/NZS 8124 | Physical, chemical, flammability |
| China | GB 6675 | Mechanical, chemical, labeling |
| Brazil | INMETRO | Safety testing and certification |
If your toy will be sold in multiple countries, testing against more than one standard may be required. This increases the overall testing scope and laboratory cost.
What Else Affects Toy Testing Cost?
Safety standards are only one part of the quotation process. The laboratory also considers the product itself when determining the required testing program.
The following factors commonly influence the final cost:
- Number of materials requiring chemical analysis
- Number of colors and surface coatings
- Product complexity
- Electrical functions
- Battery type
- Magnets
- Moving parts
- Intended age grading
- Destination market
- Number of samples submitted
In the next section, we’ll look at how different toy categories, materials, and battery configurations can significantly affect laboratory testing costs.
Toy Testing Cost by Toy Category
The toy category is one of the most important factors affecting laboratory testing costs. Different types of toys present different safety hazards, resulting in different testing requirements.
Below are common examples of how toy categories influence the testing scope.
Plush Toy Testing Cost
Plush toys are among the most frequently tested children’s products because they often contain multiple fabrics, fillings, decorative components, and printed materials.
Depending on the destination market, testing may include:
- Mechanical and physical safety testing
- Flammability testing
- Migration of elements
- Heavy metals testing
- Phthalates testing (where applicable)
- Labeling review
Products with embroidered decorations, plastic eyes, sound modules, or multiple fabric colors may require additional evaluations.
If you are exporting stuffed animals or plush products to Europe, the applicable testing commonly includes EN 71 requirements.
Related guides:
Soft Toy EN71 Testing Cost
Soft toys are one of the most common products submitted for EN 71 testing.
The final laboratory cost depends on factors such as:
- Number of fabric colors
- Number of printed areas
- Plastic accessories
- Surface coatings
- Filling materials
- Age grading
For example, a simple plush animal with one fabric color generally requires fewer chemical test points than a plush toy containing multiple printed fabrics, ribbons, plastic components, and electronic sound modules.
Because every product differs, laboratories review the product before confirming the final testing scope.
Wooden Toy Testing Cost
Wooden toys generally require fewer material evaluations than multi-material toys, although painted surfaces and decorative coatings often increase the testing scope.
Typical evaluations include:
- Mechanical safety
- EN71-3 Migration of Certain Elements
- Lead testing
- Surface coating analysis
- Label review
Products with natural unfinished wood generally require fewer chemical evaluations than painted products.
Plastic Toy Testing Cost
Plastic toys often contain multiple plastic resins, colors, decorative printing, and flexible materials.
Testing may include:
- Mechanical safety
- Heavy metals
- Phthalates
- Migration of elements
- Surface coating analysis
- Label review
The number of different plastic materials significantly affects the total laboratory workload.
Electronic Toy Testing Cost
Electronic toys generally require a larger testing scope because they combine traditional toy safety with electrical safety evaluations.
Additional testing may include:
- Battery compartment security
- Electrical safety
- Temperature rise
- Short-circuit evaluation
- Battery accessibility
- Wiring inspection
- Charging safety
Products containing USB charging functions or rechargeable batteries may require additional evaluation before quotation.
Ride-On Toy Testing Cost
Ride-on toys require additional structural evaluations due to the loads applied during use.
Testing commonly includes:
- Static load testing
- Dynamic load testing
- Stability testing
- Mechanical strength
- Wheel durability
- Steering performance
- Label review
Because of their size and complexity, ride-on toys often require a broader testing program than smaller toys.
How Materials Affect Toy Testing Cost
Material composition has a significant impact on laboratory pricing because many chemical tests are performed on individual materials rather than the finished product.
A toy manufactured from five different materials generally requires more laboratory work than one manufactured from a single material.
Examples of materials include:
- Plastic
- Fabric
- Rubber
- Wood
- Foam
- Paint
- Metal
- Silicone
Each accessible material may require separate chemical analysis depending on the applicable safety standard.
Material Colors and Surface Coatings
Many manufacturers overlook the effect of color variations.
For chemical testing, laboratories often evaluate different colors separately because pigments and coatings may contain different substances.
Examples include:
- Red plastic
- Blue plastic
- Yellow plastic
- Printed graphics
- Painted wood
- Decorative coatings
A toy available in multiple color combinations may therefore require additional chemical testing compared with a single-color product.
How Electrical Functions Affect Toy Testing Cost
Electrical functions typically increase the testing scope.
Examples include:
- LED lighting
- Sound modules
- Motion sensors
- Talking toys
- Electronic displays
- Remote controls
Additional electrical evaluations help verify that children cannot access hazardous electrical components during normal use.
How Battery Type Influences Testing Cost
Battery configuration is another important pricing factor.
Different battery types require different evaluations.
Non-Electrical Toys
Products without electrical components generally require only the standard toy safety evaluations applicable to their destination market.
Dry Battery Toys
Products using replaceable AA or AAA batteries commonly require evaluation of:
- Battery compartment security
- Accessibility
- Mechanical integrity
Button Battery Toys
Button batteries present a higher ingestion risk.
Laboratories commonly evaluate:
- Battery compartment security
- Tool requirements for battery access
- Child accessibility
Products using button batteries often require additional assessments because of international child safety regulations.
Rechargeable Battery Toys
Rechargeable toys generally involve the most comprehensive testing scope.
Additional considerations may include:
- Lithium battery safety
- Charging system evaluation
- USB charging interface
- Temperature rise
- Electrical abuse testing
Because rechargeable battery products often involve additional regulatory requirements, quotations are frequently prepared after a detailed technical review.
Common Toy Safety Testing Services
The final laboratory testing program usually combines several different types of evaluations.
Mechanical and Physical Testing
Mechanical testing verifies that toys remain safe during normal use and foreseeable misuse.
Typical evaluations include:
- Small parts testing
- Sharp edge testing
- Sharp point testing
- Torque testing
- Tension testing
- Compression testing
- Drop testing
- Impact testing
- Flexure testing
- Bite testing
- Seam strength testing
Chemical Testing
Chemical testing evaluates restricted substances and hazardous chemicals.
Common evaluations include:
- Lead testing
- Heavy metals testing
- Phthalates testing
- Migration of elements
- Surface coating analysis
- Restricted substance screening
Flammability Testing
Flammability testing commonly applies to:
- Plush toys
- Textile toys
- Toy costumes
- Filled toys
- Fabric accessories
Testing requirements vary depending on the applicable safety standard.
Electrical Safety Testing
Electrical safety evaluations commonly include:
- Battery compartment assessment
- Short-circuit testing
- Electrical insulation
- Temperature rise
- Charging safety
- Wiring inspection
Labeling and Documentation Review
In addition to laboratory testing, compliance often includes reviewing:
- Age grading
- Warning labels
- Product identification
- Country of origin
- Manufacturer information
- Tracking labels
- User instructions
A product may successfully pass laboratory testing but still require labeling revisions before it fully complies with market requirements.
Frequently Asked Questions About Toy Testing Costs
1. How Much Does Toy Testing Cost?
There is no fixed cost for toy safety testing because every product requires a different testing scope.
The final laboratory quotation depends on factors such as:
- Destination market
- Applicable safety standards
- Toy category
- Number of materials
- Number of colors
- Electrical functions
- Battery type
- Chemical testing requirements
A simple wooden toy intended for one market generally requires fewer evaluations than an electronic toy exported to multiple countries.
Use our Toy Testing Cost Calculator above to estimate the expected testing scope before requesting a formal quotation.
2. How Much Does EN71 Testing Cost?
The cost of EN71 testing depends on the applicable parts of the standard and the characteristics of the toy.
For many products, testing may include:
- EN71-1 Mechanical and Physical Properties
- EN71-2 Flammability
- EN71-3 Migration of Certain Elements
Additional EN71 sections may apply depending on the toy’s design and function.
The number of materials, colors, coatings, and decorative components also affects the laboratory workload.
To better understand the standard, read our EN71 Toy Safety Guide.
3. How Much Does ASTM F963 Testing Cost?
ASTM F963 testing costs vary according to the product design and applicable testing requirements.
Depending on the toy, testing may include:
- Mechanical safety
- Sharp edge and sharp point evaluation
- Small parts testing
- Flammability testing
- Battery accessibility
- Label review
Products sold in the United States may also require compliance with CPSIA requirements, including lead and phthalates testing.
For more information, see our ASTM F963 Toy Safety Standard guide.
4. How Much Does Plush Toy Testing Cost?
Plush toys often require a combination of:
- Mechanical testing
- Flammability testing
- Chemical testing
- Label review
The testing scope depends on factors such as:
- Fabric colors
- Printed decorations
- Plastic accessories
- Filling materials
- Sound modules
- Intended age group
Products with multiple materials generally require more laboratory evaluations than products made from a single material.
5. Why Do Laboratories Request Product Information Before Providing a Quotation?
Every toy is different.
Before preparing a quotation, laboratories typically review:
- Product photographs
- Product description
- Intended age group
- Export market
- Materials
- Electrical functions
- Battery type
- Packaging
- User instructions
This information allows the laboratory to determine the appropriate testing scope and prepare an accurate quotation.
6. Can One Test Report Be Used for Multiple Countries?
Not always.
Different countries apply different toy safety regulations.
For example:
- Europe applies EN71
- United States applies ASTM F963 and CPSIA
- Australia and New Zealand apply AS/NZS 8124
- China applies GB6675
A product exported to multiple markets may require testing against more than one safety standard.
7. How Can I Reduce Toy Testing Costs?
While testing requirements cannot be avoided, manufacturers can reduce unnecessary costs through careful planning.
Some practical approaches include:
- Finalize the product design before testing
- Minimize unnecessary material and color variations
- Use compliant raw materials from qualified suppliers
- Prepare complete technical documentation before requesting a quotation
- Identify the applicable safety standards early in product development
Planning ahead helps avoid repeat testing caused by product changes after laboratory evaluation has started.
Related Toy Safety Guides
Understanding the testing cost is only one part of achieving product compliance. The following resources explain the applicable standards and testing requirements in greater detail.
- How to Determine Which Toy Safety Tests Your Product Needs
- EN71 Toy Safety Guide
- ASTM F963 Toy Safety Standard
- Understanding CPSIA Compliance for Children’s Products
- AS/NZS 8124 Toy Safety Guide
- GB 6675 Toy Safety Testing
- Toy Safety Testing Checklist
- Toy Safety Testing in China
- What Is Children’s Product Certification (CPC)
These guides provide additional information on testing requirements, certification, and regulatory compliance for major export markets.
Request a Toy Testing Quotation
Estimating testing costs is an important first step, but the final laboratory quotation depends on the specific characteristics of your product.
If you are preparing a toy for international markets, providing complete product information helps laboratories determine the appropriate testing scope more efficiently.
To receive an accurate quotation, prepare the following information:
- Product photographs
- Product description
- Intended age group
- Destination market
- Material composition
- Battery information
- Product dimensions
- Packaging artwork
- User instructions
Our technical team can review your product and recommend the appropriate testing program based on the applicable safety standards and regulatory requirements.
Toy testing costs vary because every product presents different safety risks and compliance requirements. The destination market, applicable safety standards, toy category, materials, electrical functions, and battery configuration all influence the laboratory testing scope.
Using a toy testing cost calculator during the early stages of product development helps manufacturers and importers estimate testing requirements, prepare compliance budgets, and identify the information needed before requesting a formal laboratory quotation.
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