Kinomatic provides AI‑driven 3D surgical planning software that creates fully customized joint replacement plans based on each patient’s unique anatomy. By generating over 2 million data points per model and thousands of possible implant configurations, the platform gives surgeons a precise, biomechanical view that improves implant alignment, durability, and patient recovery outcomes.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional knee and hip replacement planning relies on generic 2D templating and a one-size-fits-all approach, which can lead to suboptimal implant alignment, reduced implant longevity, and lower patient satisfaction.
Solution
Kinomatic offers AI‑driven surgical planning software that generates fully customized 3D templates for each patient’s knee or hip replacement. By analyzing over 2 million data points and more than 30,000 possible implant configurations, the platform creates a single, patient‑specific plan that optimizes biomechanical alignment and implant balancing. Surgeons receive a detailed pre‑operative model that visualizes anatomy, predicts optimal implant size and orientation, and can be integrated with robotic or navigation systems in the operating room. This personalized planning aims to improve surgical precision, extend implant lifespan, and deliver a more natural joint feel for patients.
Target Audience
Primary customers are orthopedic surgeons and surgical centers performing knee and hip arthroplasty, as well as hospitals seeking to enhance joint replacement outcomes.
Features
- AI engine processes >2 M anatomical data points to produce a unique 3D model for each patient
- Supports modeling of 30,000+ implant options, allowing surgeons to evaluate fit and orientation pre‑operatively
- Generates a single, comprehensive surgical plan that includes size, alignment, and biomechanical balance
- Compatible with robotic assistance and navigation platforms for intra‑operative execution
- Provides visualizations and measurements (1,000+ unique metrics) to guide surgeon decision‑making
- Cloud‑based workflow enables secure data storage and easy sharing between surgeons and biomedical engineers