Toy manufacturing is the process of designing, producing, testing, and preparing toys for use by children. It combines product design, material selection, manufacturing technology, quality control, packaging, and safety testing.
Toys can be produced from many materials, including plastic, wood, metal, fabric, rubber, paper, and electronic components. Common categories include educational toys, construction sets, dolls, puzzles, ride-on toys, sports toys, activity products, and battery-operated toys.
A typical manufacturing process includes several stages:
- Product design and prototyping
- Material selection
- Moulding, cutting, machining, sewing, or assembly
- Surface finishing and decoration
- Quality inspection
- Safety and laboratory testing
- Packaging and product identification
- Distribution through appropriate channels
The purpose of this structured process is to ensure that toys are functional, durable, and appropriate for their intended age group.
Why Toy Manufacturing Matters Today
Toy manufacturing has importance beyond entertainment. Toys can support children's creativity, coordination, problem-solving abilities, communication, and early learning.
The industry also connects several areas of manufacturing, including plastics, textiles, electronics, packaging, printing, engineering, product design, and testing laboratories.
In India, the sector has received increasing policy attention. The government announced a National Action Plan for Toys in the Union Budget 2025-26, with the broader objective of developing India as a global toy manufacturing hub.
The topic matters to several groups:
- Children and parents who depend on appropriate product safety
- Toy manufacturers and component producers
- Product designers and engineers
- Testing and certification laboratories
- Retail and distribution businesses
- Government agencies responsible for standards and consumer protection
- Exporters and international buyers
Safety is particularly important because toys may contain small components, moving mechanisms, electrical parts, coatings, plastics, or other materials that require specific controls.
Toy Manufacturing Process
Modern toy production varies according to the product, but several stages are common.
Design and development: Designers establish the toy's purpose, dimensions, appearance, age suitability, materials, and mechanical features. Computer-aided design software may be used to create detailed models before physical prototypes are developed.
Prototype development: A prototype allows manufacturers to evaluate dimensions, functionality, assembly methods, and potential safety issues before larger-scale production.
Material preparation: Materials may include polymers, wood, metal, textiles, rubber, paperboard, or electronic components. Material selection can affect durability, appearance, weight, and safety characteristics.
Manufacturing and assembly: Plastic toys may involve injection moulding or other forming processes. Wooden toys may require cutting, shaping, sanding, and finishing. Fabric toys commonly involve cutting, stitching, filling, and assembly.
Quality inspection: Finished products can be checked for dimensions, mechanical performance, surface defects, component attachment, packaging information, and other requirements.
Safety testing: Applicable standards determine which tests are necessary. Mechanical and physical properties, flammability, chemical migration, phthalates, and electrical safety can be relevant depending on the toy.
Important Industry Metrics
Several measurements can help explain the performance and development of toy manufacturing.
| Metric | What It Indicates |
|---|---|
| Production volume | Quantity manufactured during a period |
| Defect rate | Percentage of products failing quality checks |
| Testing compliance | Conformance with applicable safety requirements |
| Export destinations | Geographic reach of manufactured products |
| Material usage | Efficiency and sustainability considerations |
| Product development time | Time required to move from concept to production |
These indicators can help manufacturers and policymakers understand operational efficiency, product quality, and industry development.
Recent Developments in India's Toy Industry
The Indian toy manufacturing sector has seen several significant developments during 2025 and 2026.
On 4 July 2025, the Ministry of Commerce and Industry reported that Indian toys were being exported to 153 countries and highlighted the role of domestic manufacturing, quality standards, and manufacturing clusters.
The Union Budget 2025-26, presented on 1 February 2025, announced a National Action Plan for Toys intended to help develop India as a global hub for toys. The budget also announced a broader National Manufacturing Mission covering small, medium, and large industries.
Another important development has been the revision of safety standards. In April 2026, BIS conducted technical awareness programmes concerning IS 9873 (Part 1):2025, the revised standard covering mechanical and physical safety aspects of toys.
On 4 July 2026, the government also discussed modern testing facilities for toy manufacturing clusters through BIS, National Test House, and other laboratories.
On 27 July 2026, the government announced a toy-sector task force and a target of achieving a 5% share of the global toy market by 2032. The proposed focus areas include manufacturing capabilities, global value-chain integration, design and innovation, workforce development, and value-chain improvements.
Laws, Standards, and Government Policies
Toy manufacturing in India is strongly influenced by product safety regulations.
The Toys (Quality Control) Order, 2020 made compliance with applicable Indian Standards and BIS certification mandatory for covered toys. BIS currently lists non-electric toys under standards including the IS 9873 series and electric toys under IS 15644:2006.
Important standards include:
- IS 9873 (Part 1): Mechanical and physical safety
- IS 9873 (Part 2): Flammability
- IS 9873 (Part 3): Migration of certain elements
- IS 9873 (Part 4): Swings, slides, and similar activity toys
- IS 9873 (Part 7): Finger paints
- IS 9873 (Part 9): Certain phthalates
- IS 15644: Safety of electric toys
Regulatory enforcement has remained active. In January 2026, BIS reported seizing 1,057 electrical and non-electrical toys without the mandatory ISI mark and valid BIS licence during an enforcement operation in Mumbai.
In May 2026, BIS also conducted enforcement operations in Chennai involving toys without the required ISI mark.
These actions demonstrate why toy manufacturing requires attention to applicable standards, certification, labelling, documentation, and quality-control procedures.
Useful Tools and Resources
Several official and technical resources can help people understand toy manufacturing and regulatory requirements.
Bureau of Indian Standards (BIS): The BIS website provides information about Indian Standards, product certification, conformity assessment, and applicable requirements for toys.
Indian Standards documentation: Standards such as IS 9873 and IS 15644 provide technical requirements and testing information relevant to different toy categories.
Computer-aided design software: CAD applications can support product modelling, dimensional development, prototype preparation, and engineering documentation.
Quality-control checklists: Manufacturing teams can use checklists covering dimensions, assembly, component attachment, surface condition, packaging, labels, and inspection results.
Material specification sheets: Technical documentation helps manufacturers identify material properties and maintain consistency between production batches.
Testing laboratories: Appropriate accredited laboratories can support testing against applicable safety standards and technical requirements.
Government industry resources: Publications from DPIIT, the Ministry of Commerce and Industry, and other government departments provide updates on manufacturing policy and the toy sector.
Frequently Asked Questions
What is toy manufacturing?
Toy manufacturing is the organized process of designing, producing, assembling, inspecting, testing, and preparing toys for distribution. The exact process depends on the toy's materials, construction, technology, and intended age group.
What materials are commonly used in toy manufacturing?
Common materials include plastics, wood, metal, textiles, rubber, paperboard, paints, adhesives, and electronic components. The appropriate material depends on the product's design and applicable safety requirements.
Are toy safety standards mandatory in India?
Covered toys are subject to mandatory requirements under India's Toys (Quality Control) framework. BIS lists applicable Indian Standards for non-electric and electric toys, including the IS 9873 series and IS 15644.
What is BIS certification for toys?
BIS certification demonstrates conformity with applicable Indian Standards under the relevant certification scheme. Toy manufacturers must follow the applicable conformity-assessment and certification requirements before placing covered products on the Indian market.
Why is toy testing important?
Testing helps identify potential mechanical, physical, chemical, flammability, or electrical safety issues. The specific tests depend on the type and characteristics of the toy.
Conclusion
Toy manufacturing combines product design, material science, engineering, production technology, quality management, and safety testing. The industry has also become an important part of India's broader manufacturing and export discussions.
Recent developments in 2025 and 2026 show continued government attention to domestic production, manufacturing clusters, testing infrastructure, product standards, innovation, and international market participation. At the same time, enforcement of toy safety requirements demonstrates the importance of following applicable regulations.
For anyone studying the toy industry, understanding the manufacturing process is only one part of the subject. Indian Standards, BIS certification, product testing, quality control, materials, design practices, and government policy are equally important for understanding how modern toy manufacturing operates.