CAD / Structural Engineering / CG-002
Orthotic Insole Scan-to-Print Shell Generator
Reduces custom orthotic modeling time by turning raw scan data into manufacturable shells with predictable fit, wall thickness, and print validation.
Commercial Scale
$42,000
Risk Reduced
Quality Exposure
Executive Situation
Created an automated foot-scan pipeline that converts noisy plantar meshes into printable insole shells with tuned arch lift, perimeter trimming, heel cup thickening, and controlled underside smoothing.
Modular Solutions Response
Used scan denoising, boundary loop extraction, Poisson surface reconstruction, signed-distance shelling, adaptive smoothing, minimum wall-thickness checks, and manifold repair to produce consistent orthotic geometry from variable scanner output.
Industry
Healthcare
Category
Computational Geometry Systems
Specialty
Orthotic Scan Processing
Evidence Basis
Blueprint + QA
Input
Foot scan STL / OBJ
Output
Printable insole shell STL
OffsetRange
1.2-4.0 mm regional shelling
Controls
Arch, heel cup, perimeter trim
Validation
Watertight + minimum thickness pass
Enterprise Security Gate
Network Access Restricted.
Detailed files, client-specific assumptions, and delivery channels remain controlled.