TraumaVision - medical orthopedic simulator
TraumaVision is a virtual reality simulator designed medical use for simulating orthopedic trauma surgeries such as hip fractures and spinal surgery.
TraumaVision includes simulated views of the patient, simulated fluoroscopy, haptic feedback of instruments interacting with tissue and drilling into different bone layers and the system measures numerous performance metrics during a simulated surgery.
TraumaVision is under constant development to address market needs. As of today our training modules consists of the following indications:
A hip fracture simulator
Swemac hip fracture simulator training allows hip fracture fixation to be performed on a virtual hip model using two-dimensional flouroscopic images to guide fracture reduction and implant placement. We offer the following training modules within hip fracture treatment:
Femoral Neck Fracture
- Cannulated Screws
- Hansson Pin System
- Dynaloc
- Hansson Pinloc
Trochanteric Fracture
- Dynamic Hip Screw
- Twin Hook Locking Plate
- Swemac Hip Plate with Hansson Twin Hook
- Swemac Hip Plate with Lag Screw
Subtrochanteric Fracture
- Medoff Sliding Plate with Hansson Twin Hook
- Medoff Sliding Plate with Lag Screw
Femoral Shaft Fracture
- Distal targeting, IM-Nail
Pediatrics
- Slipped Capital Femoral Epiphysis
Spinal surgery simulation
- Pedicle Screw, guide wire
Flouroscopy simulation
- Fluoroscopy Trainer
Additional orthopedic simulator training modules
Distal Radius Fracture
Prosthesis simulation
- Motec Wrist