Surgical
Grade
One X-ray. Full 3D anatomy. Sub-millimeter accuracy from a single standard radiograph — the foundation everything else is built on.
The Operating
System for
Bone.
We're not building a tool. We're building the infrastructure for the future of orthopedic surgery. 3D reconstruction is just the beginning.
Initialize SequenceSurgical
What Comes Next
Changes Everything
3D reconstruction is our entry point — not our ceiling. Every bone we reconstruct becomes a launchpad for surgical intelligence.
Stress Analysis
Real-time FEA simulation on patient-specific anatomy. Not approximations — your actual bone.
Implant Intelligence
Automated implant sizing, fit scoring, and placement optimization. Every implant, every patient.
Pre-Op Planning
Simulate the surgery before you cut. Osteotomy guides, alignment targets, outcome prediction.
Low
High
Vertices: 3,974
Faces: 7,998
Error: 0.83mm
AP
Patient
Patient X
Input Radiographs
AP
LAT
Reconstruction Metrics
0.83mm
Mean Error
0.61mm
Hausdorff-95
12/12
Folds Used
4.2s
Inference
Actions
Export OBJ
Implant Fitting
Generate Report
Share with Team
The Roadmap
Reconstruction is
Day One.
Every feature we ship makes the last one more powerful. One X-ray becomes a 3D model becomes a surgical plan becomes a better outcome. This is the stack.
2025
3D Reconstruction
X-ray to sub-millimeter 3D bone models. Live now.
Shipping
2026
Pre-Op Planning
Surgical simulation on patient-specific anatomy before incision.
In Development
2026
Implant Intelligence
Automated sizing, fit scoring, and placement optimization at scale.
Next
2027
Biomechanical Sim
Full FEA on reconstructed anatomy. Predict outcomes, not just plan them.
Planned
The future of
orthopedics is
computational.
We're building the operating system that turns every X-ray into a surgical advantage. Request early access to join our closed beta.
Research partnership with UHealth — University of Miami Health System