One platform, from scan to result.
DenaSyn Medical covers the whole path from a CT scan to a solved bone–implant model — segmentation, per-element material calibration across cortical and trabecular bone, implant placement, interface contact and solve.
Read the technical case for it →Implant manufacturers
Test a design against real anatomy — cortical and trabecular density as it actually varies by patient — rather than one standard bone. Sweep sizing, thickness and alignment across a set of patient scans, with the same 76 automated checks on every run.
Clinical research groups
Build subject-specific models from CT with per-element material properties calibrated per case, so cohort results are not resting on a single assumed stiffness for the whole bone.
Biomechanics teams
Run the full pipeline — segmentation, material mapping, meshing, bone–implant contact and solve — in one cloud engine from the browser, with 3D stress and displacement.
Four pillars, one workflow.
Framed the way this field assesses model credibility — ASME V&V 40 — with every run checked and recorded, not just produced.
Read the scan, find the bone, and turn it into something you can build on.
Model geometry and place it against that bone — the path from scan to assembly.
Solve the assembly and see where the load concentrates — the diagnostic result.
Try a whole range of sizes and positions at once, and compare what comes back.