How Toys are Manufactured

1. Firstly, the process of making toys involves a series of design and manufacturing steps, including product development, character design, tooling, production, assembly, and packaging processes, each of which involves complex definitions and implementations.

Product Development: Initially, companies determine the toy's category and functionality, define its appearance and structural features, and explore suitable manufacturing processes through various channels. Based on the toy's characteristics and market factors like pricing, they select manufacturing materials and technical parameters, create assembly diagrams, and finalize the toy's functional and performance design.

Character Design: Character design focuses mainly on the toy's 3D model, optimizing its dimensions and shapes using multimedia and 3D technology. They choose plastic materials and color systems to construct the best toy model, ensuring standardized appearance and series.
Tooling Production: Once toy product development is complete, tooling production begins using processes like mechanical machining and metalworking. Suitable tooling is developed according to product specifications and development parameters, ready for mass toy production.

2. Secondly, production is the key step in creating toys, involving various materials such as wood, plastic, etc. Manufacturing processes vary accordingly. Typically, it starts with mold cutting, where raw materials are cut into required parts. Next, CNC machining shapes each part to meet appearance and structural requirements. Assembly follows, where parts are assembled into complete toys, completing the physical toy production.

Wood Mold Cutting: This common toy manufacturing process cuts wood into various parts per mold design, then refines them through detailed processing.
Wood Carving: Carving shapes each wooden part according to blueprint parameters, achieving the desired appearance and structural effects.

Plastic Injection Molding: This complex process is crucial in modern toy production. It requires expertise in plastic material characteristics, precise control of molding parameters like temperature, to inject plastics into molds, producing toys that meet design specifications.

3. Finally, packaging is the last step, considering toy storage and transportation needs. Once the toy's category and appearance are confirmed, appropriate packaging materials are selected to commercialize the toy effectively. Based on design and practical requirements, companies create packaging diagrams, detailing toy dimensions, categories, usage instructions, and testing information.