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Maintain concise and understandable logic from structure to appearance, improve efficiency and reduce unnecessary complexity. All details are centered on stable mass production and user experience.
Material selection and structure optimization are carried out around the pet’s behavioral habits, focusing on safety, touch and long-term comfort, so that the product is more suitable for real use scenarios.
Follow the design principles of mass production to ensure that every structure, assembly method and material combination can be reliably replicated on the production line to form consistent end quality.

With 7+ years of average professional experience, our pet product design team uses 3ds Max for 3D modeling of smart feeders, delivering customized products that meet both aesthetic and functional requirements.

Engineers adjusted the support ratio for the cat tree structure through simulated stress and node testing, making the whole unit more stable and reliable under jumping impact.

Combined testing of different fillers and fabrics is carried out in the sample room to evaluate support, rebound and wear resistance, providing a verification basis for seasonal and multi-SKU products.

The R&D team tested the linkage logic of the motor, waterway and sensor system on a test bench to ensure stable circulation, reasonable noise control and suitability for long-term use.