Anatomy you
can hold.
A DICOM dataset already defines the anatomy in three dimensions. We segment the structures that matter, rebuild them as printable geometry, and print the model — skulls, spines, whatever the scan holds.
Or email your DICOM dataset to [email protected]
Patient data is never shared. We de-identify datasets on request.
Four steps, scan to part.
- CT · TRI-PLANAR01Input
CT Data (DICOM)
We take the DICOM dataset as it comes off the scanner — no conversion or cleanup needed on your side.
- SLICE · SAGITTAL02Isolate
Segmentation
We segment the scan — isolating the bones you need from the surrounding soft tissue.
- MESH · SEGMENTED
03RefineModel Preparation
We clean and repair the geometry into a watertight, printable mesh — without editing the anatomy itself.
- PRINT · FDM
04Produce3D Printing
We print and finish the model for the job it has to do — teaching bench, planning session, or courtroom.
Common applications.
Education & Training
Models a class can handle and pass around — real-case geometry instead of an idealized casting.
Surgical Review & Planning
Patient-specific models surgeons hold and rehearse with when planning complex, high-stakes procedures.
Legal & Medical Illustration
A physical exhibit a jury can see and hold — the injury or condition communicated without a screen.
Send us the DICOM.
If you have a CT scan as a DICOM dataset, we will talk through the project and what is possible — for surgical planning, education, or legal illustration.