Onkos Surgical develops patient-specific implants and instruments for musculoskeletal tumor patients, utilizing 3D printing and virtual surgical planning to enhance surgical precision. Their solutions address the challenges of soft tissue and implant loosening failures, improving patient outcomes in complex orthopedic procedures.
Funding
$116.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
HTFounders
Product
Problem
Musculoskeletal tumor patients often require complex orthopedic procedures with custom implants and instruments due to the unique nature of their conditions. Traditional solutions may not adequately address the challenges of soft tissue and implant loosening failures, potentially leading to suboptimal patient outcomes.
Solution
Onkos Surgical provides patient-specific implants and instruments for musculoskeletal oncology and complex orthopedic procedures, leveraging 3D printing and virtual surgical planning. Their approach enables surgeons to plan and implement precise solutions tailored to individual patient needs. The company's offerings aim to improve patient outcomes by addressing the challenges of soft tissue and implant loosening failures. Onkos Surgical's personalized solutions support improved patient outcomes and experiences using innovations in virtual surgical planning, 3D modeling and printing, implant design, and workflow optimization.
Target Audience
The primary customers are orthopedic surgeons specializing in musculoskeletal oncology and complex orthopedic procedures, as well as academic medical institutions.
Features
- ELEOS™ Limb Salvage System featuring BioGrip® Technology, a 3D-printed solution designed to address soft tissue and implant loosening.
- My3D® Personalized Solutions, a digital platform for personalized repair, including pre-op planning, 3D visualization, and graft-matching services.
- GenVie® Biologics, a portfolio of biologic solutions to support complex surgical needs.
- Virtual surgical planning for precise implant placement and optimized surgical outcomes.
- 3D modeling and printing of patient-specific implants and instruments.
- Surgeon-driven approach to ensure solutions are tailored to the clinical challenges.