3D-Printed Models for Surgery

We are redefining surgical planning at the convergence of medicine and technology. By fusing multimodal imaging data, we preserve the full depth, resolution, and complexity of patient anatomy and transform it into high fidelity 3D representations through our proprietary Tangible Intelligence voxel platform. Brought into the physical world through voxel based 3D printing, these models give surgeons a tangible, intuitive understanding of anatomy that can be explored, rehearsed, and refined prior to surgery. This approach moves well beyond conventional STL models, which are limited to a coarse boundary representation of the data, ignoring valuable volumetric data

4D Flow 3D Printed Heart Voxel
3D Printed Brain with fMRI for Eloquent Area Tumor Ressection. Voxel Printed
Fetal 4D Flow Voxel 3D Printed Model from MRI
Fetal 4D Flow Voxel 3D Printed Model from MRI
Fetal 4D Flow Voxel 3D Printed Model from MRI
Fetal 4D Flow Voxel 3D Printed Model from MRI
Brain scan with highlighted regions in red, blue, and green indicating activity.
Abstract sculpture with pinkish, translucent, organic shapes mounted on a black rod against a black background.
A colorful, artistic sculpture resembling a human heart with various creative elements attached.
A cluster of pink and white coral against a black background.
Blue and purple painted skull with abstract design.
A small, abstract, peach-colored sculpture with smooth, flowing curves placed on a dark background.
Diagram of a blood vessel cross-section highlighting the main perforating branches, the superficial artery, and the femur. An inset shows a close-up view of the vessel's wall.
A human hand holding a realistic artificial heart model with visible arteries and veins, depicted in black and white.
Cross-section of a human eye, showing the iris, pupil, and surrounding structures.
Close-up of a yellow sea creature with multiple tentacle-like appendages and bulbous structures, possibly a type of jellyfish or other marine organism.
Close-up of a blue, translucent, irregularly shaped glass sculpture, illuminated from below against a dark background.
Mitchell Heart 4D Flow.png
Collection of irregularly shaped, translucent, white and pinkish objects resembling miniature sculptures or abstract art pieces on a dark surface.
Cross-section of a glass art sculpture resembling a shoe with red, yellow, and beige colors.
Four irregularly shaped, abstract sculptures made of a light, translucent material are displayed against a dark background. They vary in size, with the largest on the right and the smallest on the left.
Colorful glass art sculpture with blue, green, and purple shades set against a plain white background.
A glass sculpture in the shape of a human head with colorful, abstract patterns inside.
Mitchell Heart 4D Flow 2.png
Close-up of a translucent, colorful opal gemstone with an iridescent surface reflecting various colors and patterns.
A water-based brain model with colorful paint, partially submerged in water, with a reflection on the surface.
A cross-section of a cannabis bud showing detailed trichomes, pistils, and colorful leaves.
A sliced pink onion showing its layers and central greenish core.
A colorful, abstract digital or artistic representation resembling a brain with embedded plant-like elements, set against a black background.
Color-enhanced brain MRI with a zoomed-in section showing a close-up of neural activity.
A blue and gray gallstone or kidney stone with a smooth, rounded shape, isolated on a white background.
A polished, dark-colored, semi-precious stone with metal prongs attached for setting in jewelry, resting on a reflective surface
A sliced open pomegranate showing red seeds and greenish-blue pulp inside.
Colorful toy lobster with pink pincers and blue body
A colorful abstract heart-shaped object with swirling red, pink, and blue patterns.

What we can model:

  • CT / Cine / Conebeam

  • MRI / 4D Flow / fMRI/ DTI

  • PET

  • MEG

  • Transesophageal Echo

  • Ultrasound

  • Intraoral Scanner

Our tools are designed to directly replicate anatomical data from the most cutting-edge imaging tools in practice. Reveal insights into structural relationships through multimodal data fusion, enhancing decision-making and enabling more precise interventions in a wide range of specialties.

What specialties we have worked with:

  • Pediatric Cardiothoracic Surgery

  • Pediatric Interventional Cardiology

  • Pediatric Electrophysiology

  • Pediatric Neurosurgery

  • Pediatric Hepatic Surgery

  • Pediatric Plastic Surgery

  • Adult Neurosurgery

  • Adult Vascular Surgery

  • Adult Plastic Surgery

  • Adult Kidney Surgery

  • Adult Interventional Cardiology

  • Adult Oncological Surgery

By combining advanced computational modeling with additive manufacturing, we’re not just creating surgical aids but bridging gaps between medicine, engineering, and design. These innovations can reshape the future of healthcare, enabling new possibilities in personalized medicine, custom implants, and surgical training.

CLICK BELOW FOR DETAILS ON OUR CLINICAL STUDY UTILIZING 3D PRINTING DIEP FLAP

TESTIMONIALS

Testimonial from Dr. John Carroll
Testimonial quote from Dr. Martin Runciman, pediatric electrophyysiologist at Children's Hospital Colorado, praising models used the previous day, with his portrait on the left.
Procedural planning and models, testimonial by Dr. Max Mitchell, Cardiothoracic Surgeon, Children’s Hospital Colorado.