Plan your surgeries quickly and efficiently
Features:
Unique calibration methods
The software automatically recognises calibration devices like KingMark, VoyantMark and standard ball markers, allowing you to precisely measure and select the most appropriate template.
Time-saving automation
A variety of automatic features can assist you, including image detection for automatic calibration and Auto Total Hip & Knee Replacement planning. Automatic updates also ensure you’re always planning with the latest software version and template library.
Comprehensive reports
Automatically generate pre-surgical reports including patient images, implant information, measurements taken, and comments.
Planning for the whole department
Hip
- Automatic THR planning
- Hip outcome tool for preop and postop analysis
- Postoperative assessment tools determine stem and cup anteversion
- Relevant measurement tools such as LLD, hip deformity analysis, center of rotation and more
- Seamless integration into the Smith+Nephew RI.HIP NAVIGATION system. Assess the individual patient’s pelvic tilt and simulate the postop X-Ray result based on the TraumaCad plan.
Knee
- Automatic TKR planning
- Limb alignment analysis wizard
- Knee outcome wizard
- Measurement tools such as tibial slope, AP resection line, center line finder and more
Upper limb
- Standard and reverse shoulder replacement
- Component size and attributes
- Relevant measurement tools
Foot and Ankle
- Unilateral or bilateral hallux valgus assessment
- Corrective osteotomy simulation
- Relevant measurement tools such as hallux valgus angle, intermetatarsal angle, distal and proximal metatarsal arrticular angle and talar tilt
Pediatrics
- Comprehensive DDH assessment
- Limb alignment analysis and deformity correction
- Growth calculator
- Relevant measurement tools such as Reimers’ index, Lequesne’s angle and tibio-femoral angle
Deformity
- Deformity analysis and correction planning
- HTO and DFO planning including double osteotomies
- CORA-based planning including auto-segmentation and limb alignment
- Taylor Spatial Frame treatment including:
• Preoperative determination and visualisation of corrective procedures including ring templates
• Generated report files uploaded to SpatialFrame.com for a prescription
Trauma
- Fracture reduction simulation
- Sizes nails, screws, and plates
- Shape adjustment of plates to patient anatomy
- Fixation evaluation and simulation of plates and nails
- Relevant measurement tools to evaluate fracture angulation
Spine
- Simulates osteotomies
- Determines implant sizes of screws, plates, rods, etc.
- Shape adjustment of plates to patient anatomy
- Common measurement tools such as Cobb angle, coronal balance and spino-pelvic angle