Immersive Medical Research & Education Platform
Convert DICOM imaging into immersive 3D anatomy for research, teaching, training and methodology development.
From DICOM to Immersive Anatomy for Education & Research
1. Import DICOM
CT, MRI, Angio and more
2. Process & Segment
Advanced tools for accurate segmentation
3. Create 3D Models
Patient-specific models for exploration
4. Explore in VR
Immersive learning and analysis
5. Collaborate & Share
Real-time or asynchronous collaboration
6. Research & Innovate
Develop, validate and publish new methods
Powerful Tools for Research and Education
Advanced 3D Visualization
High-fidelity 3D models for deep anatomical exploration.
Model Library
Build, organize and reuse anatomical models.
Screenshot & Recording
Capture and record immersive sessions for learning.
Segmentation Toolkit
Manual and AI-assisted tools to refine complex anatomy.
Study & Annotation
Annotate and mark structures for teaching and research.
Data Management
Organize research data securely and efficiently.
Measurement & Analysis
Measure, analyze and quantify with precision.
Collaboration Suite
Share cases and collaborate across institutions.
3D Printing Support
Export models for 3D printing and prototyping.
Use Cases
Medical Education
Enhance anatomy curricula with interactive 3D learning.
Surgical Training
Simulate procedures and improve surgical understanding.
Research & Methodology
Develop and validate new surgical techniques.
Innovation Labs
Design, test and prototype medical devices.
Academic Collaboration
Collaborate across institutions and share knowledge.
Trusted by Academic and Research Institutions
Advanced Research and Learning
What Clinicians Are Saying
Dr. Arvind Rao
Consultant Cardiovascular Surgeon, Bengaluru
Elucis NEXT has transformed our pre-operative planning workflow. The immersive 3D visualization and segmentation tools provide anatomical clarity that is difficult to achieve on conventional screens.
Dr. Neha Gupta
Consultant Cranio-Maxillofacial Surgeon, Mumbai
The VR planning environment allows us to evaluate complex anatomy with confidence. Image registration and virtual device fitting have made our surgical planning more precise.
Dr. Sandeep Iyer
Neurosurgeon, Chennai
The collaborative VR sessions in Elucis NEXT have improved communication across our multidisciplinary team. Reviewing surgical plans together in an immersive environment has been extremely valuable.
Academic Licensing Program
- Flexible licensing for institutions
- Real-world academic access
- Training and onboarding support
- Priority academic support
- Collaborative research partnerships