This startup develops a patient-specific surgical system for orthopedic revision surgery, focusing on precise bone cement removal. Their platform uses digital joint mapping and surgical planning to create intelligent surgical guides and a precision-guided removal device, aiming to improve patient outcomes and reduce surgical time.
Funding
Funding not disclosed

Founders
Product
Problem
Orthopedic revision surgeries, required when hip, knee, or shoulder implants fail, are complex and challenging procedures. A significant difficulty lies in the removal of bone cement, used for implant fixation, which is hard to extract and can lead to complications, prolonged surgical times, and increased costs.
Solution
Amotio provides a patient-specific surgical system designed to improve the safety and efficacy of bone cement removal during orthopedic revision surgeries. The system utilizes digital joint mapping and templating based on patient CT scans to create a personalized surgical plan. This plan is then used to 3D-print an intelligent surgical guide and a precision-guided bone cement removal device. The surgical guide ensures accurate placement and navigation, while the removal device allows for targeted and efficient cement extraction, reducing surgical complexity and improving patient outcomes.
Target Audience
The primary target audience includes orthopedic surgeons specializing in revision surgeries of the hip, knee, and shoulder, as well as hospitals and healthcare providers seeking to improve patient outcomes and reduce the complexity and costs associated with these procedures.
Features
- Patient-specific digital templating of the joint, implant, and bone cement structure based on CT scans
- 3D-printed intelligent surgical guides for precise instrument placement
- Patent-protected, precision-guided bone cement removal device
- Collaboration platform enabling surgical teams to develop and approve digital templates
- Reduced surgical time, blood loss, and infection risk
- Improved recovery time and reduced healthcare costs