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Limber 3D-printed prosthetics

3D-printed prosthetics, lighter than what you’re wearing now.

Manifest is a clinical partner for Limber, makers of the world’s first fully 3D-printed transtibial prosthesis. Up to 40% lighter than conventional devices, fabricated from a scan in roughly two weeks, and reimbursable under PDAC L-5999.

Active prosthetic user on a running track — the kind of patient Limber’s lighter printed sockets are built for.
About the partnership

Digital workflow. Clinical precision.

Manifest partners with Limber to merge clinically proven care pathways with cutting-edge digital workflows, from 3D scanning and CAD modeling through additive manufacturing and lightweight composite integration.

The result is a prosthesis that comes off the printer as a single unified piece. No manual socket assembly. No multiple check sockets. No weeks of rework. Just a precision-fit device, delivered fast, designed to perform.

See if Limber fits you →
Limber UniLeg specifications

The technical reality behind a printed prosthesis.

01World’s first

Fully 3D-printed transtibial prosthesis with integrated socket and structure, printed as a single unified piece.

0240% lighter

Up to 40% lighter than conventional devices, the difference between hour eight feeling tolerable and feeling brutal.

03ISO 10328 P6

Tested at P6 load level, passed 3M+ cycles, ultimate load >1,000 lbf. Built to the same structural standard as traditional sockets.

04~10–15 min

Limber Thermoformer jig allows clinical adjustment of flexion, abduction, sagittal/coronal shift, rotation, and height in roughly 10–15 minutes.

05Water-safe

Use it in water, rinse off sand and dirt, low-maintenance. Designed for active lives that don’t pause at the shoreline.

06275 lb / 6′6″

Max tested weight 275 lb at P6 (future support up to ~340 lb at P8). Accommodates users up to roughly 6′6″.

0715 finishes

Available in 15 Cerakote® color finishes, pick a look that fits the rest of your life.

08L-5999

PDAC L-5999 code supported, reimbursable through insurance, with competitive cash-pay options available.

09~2 weeks

From scan submission to delivery, typical turnaround is about two weeks.

10Proprietary

Custom in-house filament with optimized strength-to-weight ratio. Bio-inspired structural geometry. FDA-registered manufacturing facility.

Digital to physical workflow

Scan. Design. Print. Fit.

We combine clinical expertise with Limber’s digital infrastructure to deliver a streamlined, high-precision prosthetic experience.

Scan

Using the Limber mobile app or compatible 3D scanners, the prosthetist captures a high-resolution digital model of the residual limb or current device.

Design

Limber’s engineering team and CPOs use the scan to create a custom prosthetic model via CAD, applying prescription parameters, biomechanical optimization, and structural integrity checks.

Fabricate (3D print)

Produced in Limber’s FDA-registered facility using industrial 3D printers and proprietary materials. No manual assembly of sockets or parts, it comes off the printer as a unified piece.

Delivery & fitting

The device arrives at Manifest in Tampa. Your prosthetist makes minor alignment adjustments on-site using Limber’s alignment workflow tools.

Refinement & follow-up

Any necessary tuning is handled in follow-up visits. The digital record ensures consistency and traceability for future devices.

Why Manifest + Limber

The practical advantages, in plain English.

Ready to try a lighter device?

Free consultations. In-house scanning. Two-week turnaround. Real iteration when the fit isn’t right yet.

Book a Consultation Call (813) 801-9110