
- R&D Team
Cross-disciplinary Smart Hardware & Multi-material Integration
Relying on modern injection molding and electronic production lines, "restrained" reshaping of sound and light, achieving seamless wrapping of heterogeneous materials in pure wood core structure.
Products Developed:Electronic intelligent early education toys combining wood and plastic (Learning & Education), STEAM intelligent interactive mechanisms (Activity Toys).
Core Technologies:Seamless embedding process of heterogeneous materials, precision electronic module integration technology, and low-frequency physical acoustic feedback control (rejecting redundant mechanical noise).
Industrial-grade Structural Mechanics & Precision Tolerance Control
Addressing frustration from toys that easily fall or slip during sensitive periods of fine motor development, using industrial software modeling for quantitative mechanical testing.
Products Developed:Dynamic balance walkers (Ride & Push), multi-dimensional building and constructing toys, heavy-duty anti-tipping wooden toys (Outdoor Toys).
Core Technologies:CAD/CAE 3D center of gravity and counterweight calculation modeling; quantitative control technology for surface static friction coefficient (adjusting the micro-roughness of the paint surface to prevent slippage and provide stable physical feedback for building).
Material Modification & Safety Coating Process
Solving natural wood deformation and cracking risks, strictly benchmarking against the highest international safety standards.
Products Developed:100% all-wood core structure products (Pretend Play / Activity / Learning & Education), high-frequency contact children's educational toys and desks/chairs.
Core Technologies:FSC pure wood moisture control and stress balance technology, high-precision machine-assisted multi-stage sanding process, high-adhesion environmentally friendly water-based paint coating technology.