Enhatch turns scans into surgical plans in record time—no CT? No worries.
Even X-rays transform into precise 3D models for patient-specific TKAs.
Convert CT scans and X-rays into highly accurate 3D knee models with advanced AI-driven segmentation.
Make workflows work for you—easily customize them to fit your team's unique process.
Bring all key stakeholders together. Enhatch makes it easy for surgeons, reps, and engineers to collaborate on cases.
Built-in 510(k) know-how to simplify approvals and smoothen your path to market.
Cleared SOC 2 Type 2 audit and HIPAA/HITECH compliant—your data is safe with us.
A seamless solution from 3D planning to final implants and guides, powered by our partnership with 3D Systems.
Convert CT scans and X-rays into highly accurate 3D knee models with advanced AI-driven segmentation.
Make workflows work for you—easily customize them to fit your team's unique process.
Bring all key stakeholders together. Enhatch makes it easy for surgeons, reps, and engineers to collaborate on cases.
Built-in 510(k) know-how to simplify approvals and smoothen your path to market.
Cleared SOC 2 Type 2 audit and HIPAA/HITECH compliant—your data is safe with us.
A seamless solution from 3D planning to final implants and guides, powered by our partnership with 3D Systems.
Our customers include
3D knee planning uses advanced imaging like CT scans, MRIs, and X-rays to create a detailed 3D anatomic model of your knee. The 3D model helps surgeons precisely plan procedures, spot potential challenges, and customize implant sizes for potentially better outcomes.
We use a special marker that is placed on the X-ray. This marker gives us a consistent reference frame across different views. It helps our AI accurately convert the 2D image into a precise 3D model. This method greatly enhances both the accuracy and reliability of the 3D reconstruction process.
Getting patient-specific solutions into surgeons' hands is made easier and faster with our AI-powered solution. It automates the generation of 3D anatomical models—turning imaging data into accurate 3D models without the usual delays. Plus, the intuitive planning interface lets everyone—from surgeons and engineers to hospital staff—collaborate seamlessly, track case status, and approve plans quickly. And with customizable workflows, you can tailor the solution to match your processes and team structures, ensuring a smoother planning and case approval process at every step.
3D templating is one of the key advancements in orthopedics. In knee surgery, it can potentially boost the accuracy of implant sizing and positioning. 3D templating also helps surgeons plan ahead and avoid surprises, allowing them to better prepare for complex procedures before entering the operating room. This enhanced preparation can potentially translate to improved efficiency during surgery. With detailed 3D models guiding their approach, surgeons can navigate procedures with greater confidence, often reducing overall operating time. Also, when combined with 3D printing technology, the templating process enables the creation of patient-specific instruments that can potentially ensure optimal fit and alignment during surgery.
AI powers our solution for generating 3D anatomical models, but we always have a human in the loop to verify the results. This ensures that the output is as accurate as possible.
Our solution currently works with CT scans and X-rays. We can adapt it for MRIs if needed, although that might require some extra development work. We'd love to chat and learn more about your requirements.