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About System
About System
The Artificial Intelligence-Assisted Orthopaedic Surgery Planning System offers Preoperative Planning and Surgical Guidance functions
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Preoperative Planning:
- Image Analysis: Utilizing AI algorithms to analyze medical CT scans imaging data precisely and to identify anatomical structures and abnormalities.
- Virtual Surgical Simulations: Creating 3D models to simulate different surgical approaches and outcomes.
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Surgical Guidance:
- AI-Based Decision Support: Providing surgeons with real-time suggestions and recommendations based on best practices and historical data to optimize surgical plans.
System Features
Web-based Surgery Planning
- Access our surgical planning tools anytime, anywhere through our secure, cloud-based platform.
- Integrates seamlessly with existing workflows, reducing preparation time and increasing accuracy.
Advanced AI Segmentation
- Utilize our AI-driven algorithms for precise anatomical segmentation.
- Achieve fast and accurate identification of bone structures, enhancing surgical planning and efficiency.
Surgeon-Friendly Interface
- Designed with surgeons in mind, our intuitive interface simplifies the planning process.
- Features include:
• User-Defined View Functions: Customize the visualization of anatomical structures to fit your specific needs and preferences.
• Mechanical Axis Functions: Incorporate mechanical axis considerations to ensure precise alignment and positioning.
Semi-Automatic Surgical Guide Generation
- Generate patient-specific surgical guides.
- Input essential parameters to create guides tailored to each procedure, improving precision and outcomes.
Core Technology
Cloud based system, no installation required
Auto-segmentation and 3D reconstruction
Surgeon-oriented user interface
Semi-auto surgical guide design
Enhanced Surgical Precision and Accuracy
- The platform's automation and AI-driven tools can improve the accuracy of surgical planning and execution, leading to more precise surgical outcomes.
Reduced Surgery Time and Cost
- By streamlining the surgical workflow and providing efficient planning tools, the platform can reduce surgical time and associated costs.
Improved Patient Outcomes
- Enhanced precision and personalized surgical planning can lead to improved patient outcomes, including faster recovery times and reduced risk of complications.
Facilitation of Complex Procedures
- For complex orthopedic procedures, the platform can offer valuable assistance in planning and execution, making challenging surgeries more manageable and successful.
