Fracture Management
From planning to aftercare:
Patient-specific monitoring of the healing course
- Holistic approach to surgical planning: Influence of the implant, patient biology and loading patterns on healing
- Testing of different implant configurations to assist and empower clinicians in making informed treatment decisions
- Risk assessment for delayed healing or non-union
- Quantify optimal individual exercise capacity in the rehabilitation process
- Schedule individual check-ups with adaptive control intervals, so that each patient receives the amount of care he or she needs
Education & Training
Provide a better understanding of the interplay between
biomechanics and bone healing
Teaching institutions
Fracture treatment sandbox
- Immerse yourself in various fracture types and therapy options
- Enlarge your experience with virtual fracture treatments and get immediate feedback on healing outcomes
- Practice with our virtual cases without putting the patient at risk
- Gain a deeper insight into the complex interplay of biomechanics and bone healing
Implant Development
Accelerate development with virtual physiological testing
- Test implants in the development process for their ability to heal in virtual patients with a broad variety of conditions
- Filter out promising prototypes at an early stage of development
- Save a tremendous amount of time to get your implant to market faster
- Quantify implant loading over healing time to detect potential mechanical failure
