STRUXA
Support where it counts.
The lattice concentrates material along the lines that keep your finger supported and steady. Everywhere else, it opens up to let your skin breathe.
Struxaform Technology
Stiffness where you need it. Airflow everywhere else.
Struxaform Technology is an engineered open lattice, printed as one continuous structure. Material is placed where support matters and removed where it doesn't — so the splint holds firm at the joint while air moves freely across your skin.
Inside the lattice.
Fly through the mesh and you'll find no filler — every strut is doing a job. That's how a splint gets lighter without giving up support.
Built layer by layer.
Each splint is 3D printed one precise layer at a time, building the lattice from the ground up. No molds, no foam, no bent metal — just structure, exactly where it's designed to be.
Engineered as one piece.
Every Struxa splint prints as a single continuous structure — no hinges, screws, or straps to loosen over time. Fewer parts, nothing to fuss with.
Explore the splint.
Take a closer look at Struxaform Technology — drag it, spin it, switch colorways.
Interactive 3D model of a Struxa finger splint. Drag to rotate.
Engineered in Colorado
Engineered and manufactured in Colorado.
Every Struxa splint starts as a precision 3D model and is engineered and manufactured in Colorado as a single continuous structure — no bent metal, no bulky molds, no shortcuts. It's the same rigor we bring to aerospace hardware, applied to orthopedic support.
Single-piece construction
3D printed
Made in Colorado
