From medical imaging and body-surface data to structured 3D anatomical models.
A design-support and technical documentation environment for bone segmentation, anatomical 3D modelling, orthotic concepts and future soft-tissue mapping workflows.
Supports CT/MRI datasets, including DICOM®-format medical imaging data, organised as structured technical projects.
CT/MRI datasets and body-surface data can be organised as structured project inputs.
Bone structures may be isolated by removing skin layers, artefacts and non-relevant geometry.
Cleaned anatomical models can be exported for visualisation, technical review and prototyping.
Models may support early design concepts for splints, braces, stabilisation shells and custom-fit orthotic components.
Each module is a focused workspace within the MEDAI® 3D Studio environment.
Preparation of bone-focused 3D models from medical imaging data, including artefact cleaning and anatomical structure isolation.
Surface-based geometry for limbs, joints, neck or other body areas, useful for custom-fit design concepts.
Early-stage design support for splints, braces, shells and stabilisation concepts, including swelling allowance and staged-fit assumptions.
Planned workflow for MRI-based mapping of selected soft-tissue structures, including future OVARIANA® pelvic anatomy modules.
Structured documentation of source data, assumptions, model preparation steps, design notes, limitations and version history.
The Studio may support the engineering preparation of temporary orthotic concepts such as wrist splints, forearm braces, joint stabilisation shells or cervical support concepts. The workflow can document swelling allowance, shell thickness, ventilation zones, fastening points and staged-fit assumptions.
Medical imaging or body-surface data is prepared as a structured project input.
Relevant anatomical structures are isolated and cleaned.
The 3D model is inspected, annotated and versioned.
Swelling allowance, edge offset, shell zones and fastening points are documented.
A structured report is generated for research, prototyping or engineering review.
The same imaging-to-3D logic may support future OVARIANA® modules for MRI-based soft-tissue mapping of selected pelvic structures, including ovarian, uterine and surrounding anatomical regions.
This planned module is intended for visualisation, education, structured mapping and consultation preparation — not for diagnosis or automated clinical interpretation.
For early prototyping, model preparation and documentation workflows.
For anatomical geometry review, orthotic design assumptions and technical reports.
For non-clinical anatomical visualisation and structured model documentation.
For regulated workflows developed with appropriate professional and regulatory input.
MEDAI® Imaging-to-3D Studio is intended for research, prototyping, engineering preparation, anatomical visualisation and technical documentation. It does not provide diagnosis, treatment decisions, clinical prescriptions, patient-specific approval of medical devices or automated medical advice.
Patient-specific orthotic, prosthetic or medical-device outputs intended for clinical use require appropriate clinical input, validation and compliance with applicable medical device regulations.
Web concept and public technical description.
Workflow for anatomical model preparation.
Design-support logic for braces, splints and stabilisation shells.
Part of MEDAI’s model-driven software and technical documentation architecture.
MEDAI® Imaging-to-3D Studio is currently presented as a public technical concept and design-support environment within the MEDAI® software ecosystem.
Contact MEDAI → [email protected]