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Simpleware Automated Solution Modules
AI-Enabled 3D & 4D Image Processing for Specific Anatomies
Simpleware automated solutions are powered by AI technology using Machine Learning (ML) algorithms. What is currently a laborious process that occupies significant engineering resources and time, can now be completed quickly, accurately, and with less variability.
Simpleware ML algorithms are fully scalable and achieve more consistency and increased reliability than manual segmentation. The technology also dramatically streamlines the processing of large data batches in both pre-surgical planning and medical device design. Reducing time on manual processing frees up engineering time for more complex and higher-value tasks.
Simpleware AI/ML Modules
Discover our collection of anatomy-specific Auto Segmenter modules, as well as fully customizable options for different workflows or anatomies.
Why use Simpleware Automated Solutions?
Use Simpleware automated solutions to accelerate your image to model workflows and produce results with minimal mouse clicks.
- Fully automated: One-click solution to eliminate hours spent on tedious manual processes.
- Fast and effective: Get results in 1 – 3 minutes on a standard engineering specification laptop.
- Accurate and reliable: Simpleware ML algorithms are trained by experts and verified by clinical professionals.
- Secure: Protect your patient data on your local hardware, avoiding the need to transfer confidential data onto servers outside of your control.
- Consistent and repeatable: Eliminate inconsistencies between users and the need for multiple reviews.
- Scalable: Boost your throughput, and efficiently process large numbers of datasets 20 - 50 times faster.
- Less Segmentation - More Innovation: Free up engineering time for more complex and high value tasks.
Simpleware AS Ortho/CMF
(Auto Segmenter for Orthopedics and Craniomaxillofacial Applications)
AI-powered segmentation tools specifically designed for orthopedic and craniomaxillofacial data
covering ankles, heads, hips, knees, and shoulders.
Ankle CT
- Anatomy-specific automated segmentation for both left and right ankle
- Segmentation from CT scans includes: Talus, Calcaneus, Tibia, Fibula
- Automatically identifies common landmarks for: ankle centre, fibular notch, lateral and medial malleolus
Craniomaxillofacial (CMF) CT
- Anatomy-specific automated segmentation for CMF regions
- Segmentation from CT scans includes: Skull, Mandible, Teeth, Cervical Spine, Airways, Ear Canal, Cranial Cavity, Eyes and Optic Nerves
- Automatically identifies anatomical landmarks on bony structures
- AI technology also used to automatically fill in the thin bone region of the orbits
Hip CT
- Anatomy-specific automated segmentation for Hip region
- Segmentation from CT scans includes: Proximal Femurs, Pelvis and Sacrum
- Automatically identifies common landmarks on Pelvis, Coccyx, and Femurs
Knee MRI
- Anatomy-specific automated segmentation for both left and right knees
- Segmentation from MRI scans (PD weighted Sag/Cor, T2 Cor) includes: Femur, Tibia, and associated cartilage, Patella, Fibula
- Automatically identifies common landmarks on Femur and Tibia
Knee CT
- Anatomy-specific automated segmentation for both left and right knees
- Segmentation from CT scans includes: Femur, Tibia, Fibula, Patella, and Fabella if present
- Automatically identifies common landmarks on: Femur, Tibia, Patella and Fibula
Shoulder CT
- Anatomy-specific automated segmentation for shoulders
- Segmentation from CT scans includes: Humerus, Scapula, and Clavicle
- Automatically identifies anatomical landmarks for: Humerus, Scapula, and Clavicle
Simpleware AS Cardio (Auto Segmenter for Cardiology)
AI-powered segmentation tools specifically designed for heart data covering the blood pool and selected muscle tissue.
Heart CT
- Anatomy-specific automated segmentation for hearts
- Segments blood pool cavities and selected muscle tissue as well as identifying common key landmarks
- Heart segmentation from CT scans includes: left and right Atriums and Ventricles, Aorta, Pulmonary Artery, Myocardium, and Coronary Arteries
- Landmarks placed on Aorta Commissure, Coronary Cusp, Coronary Ostium, Tricuspid Valve, Inferior & Superior Vena Cava Ostium, Left & Right Ventricle, Atrial Appendages.
Heart Valve Analysis
- Efficient analysis of heart valve location and dimensions
- Computes the location of the Aortic, Mitral, Tricuspid, and Pulmonary Valves
- Computes: Cusp locations, Ostia distances, Sinus Valsalva, and Sinotubular junction
Simpleware Custom Modeler
Harness the power of our team of experts and AI/ML to create the perfect automated solution for your requirements.
- Automated solution purpose-built for your needs
- Harness the power of Simpleware software and our expert engineering knowledge
- Work with our team to create a tailored solution for your current processes
- In addition to automated segmentation, your custom solution can include fully automated:
- Image processing,
- Landmarking
- Measurements, statistics and reports
- Models meshed and ready for 3D printing, CAD or simulation
- And much more...
The software modules on this page are intended for non-clinical research use only, and have not been cleared for use as a medical device in accordance with U.S. Food & Drug Administration (FDA) 510(k) or European Union CE marking standards.
All the Tools and Features in the Simpleware Auto Segmenter Modules
Simpleware AS Ortho and AS Cardio provide automated segmentation tools generating masks and landmarks from CT and MRI. Download the Simpleware AS Ortho and AS Cardio technical datasheets for a list of all segmented regions and landmarks available in the latest release.
FAQs
Any Questions?
Do you have any questions about Simpleware software or need additional information?