GreenBone Ortho develops wood-derived bone implants using a proprietary multi-step process that transforms rattan wood into a biocompatible biomaterial for bone regeneration. These implants provide structural support for various clinical applications, including bone fractures, non-unions, and bone loss, facilitating effective healing and restoration of bone integrity.
Funding
Funding not disclosed
Founders
Product
Problem
Current bone regeneration methods often lack the ideal structural and biological properties to fully restore bone integrity in cases of fractures, non-unions, or significant bone loss. Existing solutions may not adequately mimic the natural bone structure, hindering effective bone remodeling and integration.
Solution
GreenBone Ortho provides innovative bone regeneration solutions using b.Bone, a biomimetic and bioactive bone substitute derived from rattan wood. Through a proprietary multi-step process, the natural structure of rattan wood is transformed into an inorganic biomaterial that closely resembles human bone. b.Bone acts as a scaffold, promoting new bone formation and remodeling to restore bone structure and support healing in various orthopedic applications. The resulting implant is biocompatible and designed to facilitate effective bone regeneration.
Target Audience
The primary target audience includes orthopedic surgeons and healthcare professionals specializing in bone regeneration and reconstruction procedures.
Features
- Biomimetic structure mimicking natural bone for enhanced integration and remodeling
- Derived from rattan wood using a proprietary multi-step transformation process
- Available in various shapes and sizes, including cylinders, blocks, wedges, and granules
- Suitable for a range of clinical applications, such as traumatology, bone augmentation, and non-union repair
- Bioactive material promoting new bone formation