Automated image data analysis for better patient care
AI-Powered Orthopedic Image Analysis Software for Better Patient Outcomes
AI-based, validated, and highly precise
High-precision, AI-powered orthopedic image analysis software
In order to sustainably improve both conservative and surgical treatment of musculoskeletal diseases and injuries, we have developed various algorithms for analyzing medical image data.
The first algorithm set frees clinicians and surgeons from time-consuming routine tasks, such as the evaluation of sagittal balance parameters or alignment angles of the lower limbs. These algorithms are at least as precise as human measurements, while autonomously analyzing large data sets, e.g. in nationwide registries.
The second group of algorithms enables objective, reliable and highly accurate analysis of X-ray parameters for quantitative and qualitative assessment of implant performance, e.g. in clinical trials, post-market surveillance studies, IDE, registries or research.
The superior precision of image analysis combined with our RAYLYTIC Platform, which streamlines study management processes, provide you with a significant reduction in workload and study-related costs.
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Outperforming manual measurements in speed and accuracy
The various AI-based modules for image data analysis integrated into the RAYLYTIC Platform enable objective, reliable and highly precise analysis of radiological parameters for quantitative and qualitative assessment of the performance promise of implants.
Due to the precision we achieve, meaningful conclusions can be drawn even from smaller patient cohorts, significantly reducing study-relevant costs.
In addition, the range of motion (ROM) measurements we perform currently achieve 15 times higher accuracy compared to manual measurements by experienced physicians (Schulze et al., J Biomech, 2011).
Fully automated assessment of over 150 radiographic outcomes for spine, hip, and knee
Our fully validated Functional X-ray Analysis (FXA) platform enables automated, high-precision evaluation of critical surgical outcome metrics and device performance parameters in orthopedic and spinal applications.
- Range of Motion
- Disc Height
- Sagittal Balance (Pelvic Incidence, Sacral Slope, Pelvic Tilt, etc.)
- Fusion
- Loss of Correction
- Center of Rotation
- Implant Migration
- Segmental Instability
- Prosthesis wear (with accuracies in the µm range)
More than just an EDC system
In addition to the image analysis modules, the RAYLYTIC Platform also includes a comprehensive EDC (Electronic Data Capture) system.
The combined acquisition and analysis of questionnaires (PROMs, PREMs, CRFs) and imaging endpoints offers numerous advantages for clinical trials in orthopedics and enables deeper insights.
Excerpt of functional scope, tailored to orthopedic clinical trials:
cross-form validation and risk-based monitoring
integrated portfolio of many common questionnaires
immediate input validation and automatic evaluation
real-time reporting and graphical visualization
configurable alarms and e-mail notifications
integrated, browser-based data anonymization and transmission
automatic image selection and assignment to patient ID
study-specific creation of admission instructions, X-ray and data exchange protocols
and much more
High precision image analysis
Reliable analysis of over 100 radiological parameters: sagittal balance, loss of correction, disc height, segmental instability and prosthesis wear.
Powerful data analysis
Extensive data analysis and data export functions with reporting for a quick overall view.
Quality control and assurance
Real-time validation and edit checks. Mid-study changes for protocol adjustments in an ongoing study.