Lumina - Biomimetic Mineralized Collagen Bone Repair Material

A moldable artificial bone repair material based on bioactive collagen with good biocompatibility. This product is designed for orthopedic and dental bone reconstruction applications where plastic deformation is required.

Engineered biomaterial solution designed for ligament repair and reconstruction in orthopedic surgical applications.

A biocompatible bone repair material designed for bone defect filling and regeneration. The product supports bone tissue healing and reconstruction in orthopedic and dental applications.

An implantable biocompatible scaffold for bone tissue repair and regeneration across multiple anatomical sites. Engineered using advanced material composition and manufacturing techniques to support osteogenic healing.

An implantable bone repair material designed to support bone regeneration and healing. This product is utilized in orthopedic and surgical applications to facilitate bone restoration and integration.

Biodegradable scaffold matrix combining enzymatic polymer, inorganic ceramic, and hyaluronic acid for bone and cartilage repair. Used in orthopedic, plastic, and neurosurgery applications with personalized anatomical shaping capabilities. The scaffold integrates with titanium components to support tissue regeneration and healing.

A biomaterial product designated as Bogulei® designed for bone repair and regeneration. It utilizes magnesium-containing biodegradable polymers to support bone healing and restoration.

A multi-layered implantable scaffold designed for simultaneous bone and soft tissue regeneration applications. Utilizes different material compositions optimized for each tissue interface.

A three-component composite bone repair scaffold composed of PLGA (polylactic-co-glycolic acid), β-TCP (beta-tricalcium phosphate), and degradable metallic magnesium, manufactured using low-temperature 3D printing technology. The material features macro-micro porous biomimetic structure with pore sizes of 100-900μm and micro-pores ≤50μm, mechanical strength >2.0 MPa approaching cancellous bone, and complete in-vivo degradation within 6-9 months. Clinical trials across eight major hospitals demonstrated 100% bone fusion rate at 24 weeks with no adverse reactions and effective antimicrobial and anti-tumor properties.

A world-first magnesium-containing biodegradable polymer bone repair material that combines polymer, bioceramic, and degradable magnesium in a ternary composite structure. It features biomimetic macro-micro porous architecture with mechanical strength comparable to human cancellous bone and excellent osteogenic activity with tumor recurrence inhibition and antimicrobial properties.

Innovative biomaterial system for regenerative repair of joint defects and soft tissue damage. Supports tissue healing and integration without immunogenic response.

A tri-component composite material combining polymer, bio-ceramic, and degradable magnesium metal, developed using proprietary low-temperature 3D printing technology. It features a macro-micro porous bionic structure with mechanical strength comparable to human cancellous bone, offering excellent osteogenic activity, bone integration, tumor recurrence inhibition, and antimicrobial properties. The material is easy to cut and shape for surgical applications.