Orthopedic Preoperative Planning
A digital orthopedic preoperative planning solution for X-rays that helps surgeons calibrate, measure, and analyze anatomy, as well as select and simulate the most suitable implants with the support of an AI Assistant.
Plan Orthopedic Surgery on X-rays in One Unified Workspace
The solution is a digital orthopedic preoperative planning tool that supports surgeons throughout the orthopedic surgical planning workflow, from X-ray image standardization and calibration, anatomical measurement and analysis, to orthopedic implant selection, simulation, and placement planning, all within a unified workspace.
With the support of an AI Assistant, the solution helps analyze X-ray images, identify anatomical landmarks, calibrate images to real-world dimensions, search for suitable orthopedic implants, and access relevant guidelines during the preoperative planning process. It supports a range of orthopedic indications, including Total Hip Arthroplasty (THA), Total Knee Arthroplasty (TKA), fracture management, and osteotomy.
AI-assisted X-ray analysis, smart orthopedic implant search, and fast preoperative planning through natural-language interaction.
Direct PACS connectivity for streamlined medical image retrieval and orthopedic planning workflows.
8,000+ orthopedic implants with flexible expansion to meet the needs of clinics and hospitals.
AI-assisted X-ray analysis, smart orthopedic implant search, and fast preoperative planning through natural-language interaction.
Direct PACS connectivity for streamlined medical image retrieval and orthopedic planning workflows.
8,000+ orthopedic implants with flexible expansion to meet the needs of clinics and hospitals.
Create a unified workspace for surgeons, with AI-assisted planning to save time.
Seamlessly connect with existing PACS/EMR infrastructure, with easy scalability to meet hospital needs.
Reduce workflow fragmentation, improve data management, and build a digitalized preoperative planning workflow.
A web-based platform reduces the need for complex infrastructure investment and upfront costs.
Create a unified workspace for surgeons, with AI-assisted planning to save time.
Seamlessly connect with existing PACS/EMR infrastructure, with easy scalability to meet hospital needs.
Reduce workflow fragmentation, improve data management, and build a digitalized preoperative planning workflow.
A web-based platform reduces the need for complex infrastructure investment and upfront costs.
Supported Orthopedic Procedures
The solution supports orthopedic preoperative planning across a range of orthopedic procedures, helping surgeons analyze anatomy, assess alignment, and plan orthopedic implant placement directly on X-ray images.
Total Hip Arthroplasty (THA) – Total Hip Replacement
Assess and balance leg length
Analyze offset
Determine the hip center of rotation
Select implant size and position
Total Knee Arthroplasty (TKA) – Total Knee Replacement
Assess and align the lower-limb axis
Determine bone-cutting lines
Assess implant positioning
Support joint balancing
Fracture Management
Assess injuries
Determine fixation strategies
Select implants
Plan realignment
Osteotomy – Limb Deformity Correction
Determine the cutting location and angle
Calculate the degree of alignment correction
Simulate postoperative results
Key Features for Digital Preoperative Planning
AI-Assisted Analysis
Smart X-ray analysis, anatomical landmark detection, automatic calibration, and measurement to support orthopedic image analysis and preoperative planning.
AI Assistant
Anatomical Measurement & Analysis
Implant Planning & Simulation
Smart Implant Library
Reporting & Collaboration
What the Solution Delivers
Streamlined Planning
Unify medical imaging, X-ray measurement and calibration, anatomical analysis, orthopedic implant planning, and reporting in one workspace.
Better Decision Support
AI-assisted X-ray analysis and implant simulation support more informed preoperative planning.
Workflow Standardization
Establish a consistent digital orthopedic planning process across departments and facilities.
Seamless Integration
Connect with PACS/EMR and existing hospital infrastructure.
Scalable Deployment
Expand across users, departments, and facilities with flexible deployment options.
Operational Efficiency
Reduce manual work, fragmented tools, and file management throughout the orthopedic surgical planning workflow.
Web-Based, Flexible Deployment
The solution is designed as a web-based platform, enabling quick access through a browser without requiring complex installation or significant upfront infrastructure investment. This makes it suitable for hospitals and healthcare facilities looking for a flexible and cost-effective deployment approach.
Beyond the web-based model, the solution can also support different deployment options based on the specific requirements of each hospital or healthcare facility, including cloud, on-premise, and hybrid deployment.
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