The Osteo Engineering Lab, based in Columbus, OH, is a research-focused organization specializing in the development of tools for surgical reconstruction and regeneration of skeletal structures. Their innovative approach involves utilizing Computer Aided Design (CAD) software and additive manufacturing 3D printing to create patient-specific implants, implant components, and surgical devices. With a strong emphasis on tissue engineering, their preclinical research program focuses on 3D printing resorbable bone scaffolds and metallic skeletal fixation devices, using advanced techniques such as seeding cells onto polymer scaffolds or within hydrogels to create tissue-engineered bone grafts.
Driven by a commitment to advancing medical technology, the Osteo Engineering Lab is at the forefront of the 3D printing movement in the field of regenerative medicine. Their expertise in utilizing chaos theory to control microstructures and their pioneering work in continuous chaotic 3D printing have garnered attention and recognition. By combining cutting-edge techniques with a focus on patient-specific solutions, the lab aims to revolutionize surgical reconstruction and contribute to breakthroughs in the field of skeletal regeneration.
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