Shin Sheath
"Custom-fit. Protective. Expressive."
A parametric, 3D-printed prosthetic cover designed for comfort, affordability, and personal expression.
Four-Step Process
Measure
Capture your exact prosthetic dimensions using simple tools or digital imaging.
Generate
Parametric modeling automatically scales the design to your unique specifications.
Customize
Choose materials (PLA or PETG), colors, patterns, and personalization options.
Print on any consumer-grade 3D printer and wear with confidence.
Explore the Design
Prosthetic Leg Components
Why Shin Sheath
Custom-Fit
Parametric modeling ensures every cover fits your prosthetic perfectly, without manual adjustments.
Protective
Durable PLA or PETG material shields your prosthetic from scratches, impacts, and daily wear.
Expressive
Choose colors, patterns, and designs that reflect your style and personality — unlimited options.
Scalable
Parametric model scales without linear cost growth, enabling sustainable production and innovation.
Shin Sheath vs. Traditional Covers
| Feature | Traditional Prosthetic Covers | Shin Sheath |
|---|---|---|
| Cost | $500–$2,000 | $200–$400 |
| Customization | Limited, often requires re-manufacturing | Infinite via parametric model |
| Production Time | Weeks or months | Hours |
| Manufacturing | Specialized facilities, high overhead | Home 3D printer, low overhead |
| Material Flexibility | Limited to manufacturer's offerings | PLA, PETG, or other filaments |
| Insurance Coverage | Often denied | Eligible, affordable alternative |
| Gross Margin | ~40–60% | ~85% |
Awards & Honors
3rd Place ($2,500) — UA Big Ideas Competition (April 2026)
Associated with Michael Auprince, UA Men's Wheelchair Basketball Assistant Coach.
