Create patient-specific medical software with MeshLib SDK — accurate, watertight 3D models built from CT and MRI data.
Patient-specific applications require highly precise 3D models generated from CT or MRI scans that faithfully reflect unique anatomy while staying free of holes and self-intersections. Designing implants, prosthetics and surgical guides — from craniomaxillofacial reconstruction to orthopedic devices — demands robust mesh processing that guarantees watertight geometry, preserves essential anatomical features and stays compatible with 3D printing and surgical-planning software.
Turn raw CT/MRI volumes into accurate 3D models that reflect each patient’s unique anatomy — the foundation for custom implants, guides and prosthetics.
Guarantee defect-free, watertight geometry so models are safe to manufacture, where even a minor defect can compromise a printed part.
Build shapes that fit existing anatomy precisely — essential for custom implants and cutting or drilling guides.
Control implant wall thickness and reduce model size while preserving the anatomical features that matter.
Align planning data and mirror contralateral anatomy to reconstruct defects accurately.
With MeshLib, developers deliver patient-specific software that converts scan data into manufacturable, anatomically faithful models — accelerating surgical planning, improving device fit and shortening time from scan to treatment.
Patient-specific device makers build on MeshLib. customed, Axial3D and Enhatch turn patient CT/MRI data into custom implants, anatomical models and surgical guides — where watertight, anatomically faithful meshes are essential for safe, manufacturable results.
