Convert Medical Scans into Accurate 3D Models

Once a scan is uploaded, the case moves to the “In Progress” stage where trained specialists begin processing the data, including image cleaning, alignment, and preparation for segmentation.

During segmentation review, the reconstructed 3D anatomy (e.g., bone, defect regions) is shared with the clinician for validation. This step ensures anatomical accuracy before final file generation.

Yes. You can request precise modifications such as boundary corrections, inclusion/exclusion of structures, or refinement of pathological regions to ensure clinical relevance.

Segmentation is performed using a combination of AI-assisted tools and expert manual refinement, ensuring high anatomical fidelity, especially in complex or low-contrast regions.

The platform supports industry-standard formats such as STL, OBJ ensuring compatibility with surgical planning software, CAD tools, and 3D printers.

Turnaround time varies based on case complexity; however, the streamlined workflow enables significantly faster processing compared to traditional manual segmentation. In most cases, delivery is completed within a few days, depending on the anatomical region and clinical requirements.

Yes. The platform is designed to process complex cases such as deformities, tumors, fractures, and atrophic regions with high precision.

All data is managed through secure systems with controlled access, ensuring patient confidentiality and compliance with medical data standards.