3D Printed Joint Replacement Tech Receives £2.5m Investment from OSSTEC for Launch
In the realm of medical technology, a London-based start-up named OSSTEC is making waves with its groundbreaking work in 3D-printed joint replacement implants. The company recently secured 2.5 million GBP in funding, led by specialist DeepTech VC Empirical Ventures, marking a significant step towards launching in the market and scaling its impact with strategic partners in the medical field.
Osteoarthritis, a chronic condition causing pain for billions worldwide, is a primary focus for OSSTEC. The company's first product is less invasive knee implants that stimulate bone growth, designed to significantly reduce the risk of implant failure or complications. This reduction in complications is crucial, as approximately 450,000 young patients face a high risk of failure and revision surgery, with 35% of these cases potentially benefiting from OSSTEC's innovative approach.
The funding round remains open due to increased interest, indicating a promising future for OSSTEC. The company's technology is a testament to the latest advancements in 3D printing technology for joint replacement implants, employing direct metal laser sintering (DMLS) and similar selective laser melting methods. These techniques enable the production of implants with complex geometries, including porous structures that improve bone integration and optimized mechanical properties tailored precisely to individual anatomy and biomechanical requirements.
The benefits of these advancements in joint replacement surgery are substantial, including enhanced anatomical fit and restoration, reduced operative time and blood loss, improved implant fixation and function, and lower complication rates compared to traditional implants.
OSSTEC's unique selling point lies in its focus on complex, personalized implants for challenging joint replacements and major bone defects. The company's innovative approach incorporates the use of advanced metal 3D printing technologies such as DMLS, the incorporation of porous, trabecular-like structures to promote bone in-growth and stability, the combination of imaging data for precise pre-operative design and surgical planning, and a focus on complex, personalized implants for difficult orthopedic cases.
In conclusion, the state-of-the-art in 3D printing for joint replacement implants is revolutionizing the way we approach orthopedic surgery. OSSTEC's approach aligns with these trends by developing patient-specific implants that enable better anatomical restoration and improved clinical outcomes in difficult orthopedic cases. For more detailed technical or product-specific insights about OSSTEC’s innovations, additional specialized sources or direct company publications would be necessary.
References: 1. Advances in 3D Printing for Orthopedic Implants 2. OSSTEC: Pioneering Customized 3D-Printed Implants for Large Bone Defects and Complex Joint Reconstructions
- OSSTEC's groundbreaking work in 3D-printed joint replacement implants, particularly for osteoarthritis patients, is being financially backed by specialist DeepTech VC Empirical Ventures, to scale its impact in the medical field.
- The company's first product, less invasive knee implants that stimulate bone growth, promises to significantly reduce the risk of failure and complications for approximately 35% of young patients at high risk.
- The technology behind OSSTEC's implants, employing direct metal laser sintering (DMLS) and similar selective laser melting methods, allows for the production of implants with complex geometries that optimize mechanical properties for individual anatomy and biomechanical needs.4.With its focus on complex, personalized implants, advanced metal 3D printing technologies, precise pre-operative design, and improved clinical outcomes, OSSTEC is leading a revolution in the 3D printing technology for joint replacement implants and the health-and-wellness sector.
