Mass-produced brooches on the market today often suffer from homogeneous designs and limited functionality. They serve primarily as static decorative accessories, lacking interactivity and technological innovation. In addition, conventional jewelry materials often fall short in terms of durability and premium quality.
To address these challenges, we integrate AI-powered design, 3D metal printing, and smart shape-memory alloys to create personalized, AI-driven custom brooches. Leveraging advanced intelligent materials and our proprietary AI design platform, we provide consumers with truly one-of-a-kind accessories that combine aesthetics, innovation, and functionality.
Development approach:
Adopt an integrated independent R&D model combining AI-aided design, 3D metal printing, and precision assembly of shape memory alloys. The team independently completes structural modeling, material adaptation testing and prototype iteration. Full-process experimental verification is carried out relying on on-campus laboratories. Meanwhile, a dedicated online AI custom design system is built to continuously accumulate a jewelry style database.
Expected outcomes:
Short term: Complete preparations for mass production of products, launch the AI custom design platform, establish an AI database for jewelry styles, continuously incorporate popular new market designs, and deliver personalized customization services for the first batch of users.
Long term: Build an AI-powered smart accessory design ecosystem, with the AI database serving as the core competitive advantage for personalized customization, to provide users with exclusive designs of boundless possibilities.
Brief Introduction:
Mass-produced brooches on the market today often suffer from homogeneous designs and limited functionality. They serve primarily as static decorative accessories, lacking interactivity and technological innovation. In addition, conventional jewelry materials often fall short in terms of durability and premium quality.
To address these challenges, we integrate AI-powered design, 3D metal printing, and smart shape-memory alloys to create personalized, AI-driven custom brooches. Leveraging advanced intelligent materials and our proprietary AI design platform, we provide consumers with truly one-of-a-kind accessories that combine aesthetics, innovation, and functionality.
Development approach:
Adopt an integrated independent R&D model combining AI-aided design, 3D metal printing, and precision assembly of shape memory alloys. The team independently completes structural modeling, material adaptation testing and prototype iteration. Full-process experimental verification is carried out relying on on-campus laboratories. Meanwhile, a dedicated online AI custom design system is built to continuously accumulate a jewelry style database.
Expected outcomes:
Short term: Complete preparations for mass production of products, launch the AI custom design platform, establish an AI database for jewelry styles, continuously incorporate popular new market designs, and deliver personalized customization services for the first batch of users.
Long term: Build an AI-powered smart accessory design ecosystem, with the AI database serving as the core competitive advantage for personalized customization, to provide users with exclusive designs of boundless possibilities.