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Swing phase lightness
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Stance phase smoothness
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Energy return
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Stored energy
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Smooth heel-to-toe transition
Exceeds AOPA standards for Energy Return
When following the AOPA Prosthetic Foot Project Testing, it was concluded that the UniLeg not only meets, but exceeds the standards set by the AOPA for energy return and shows significant advancements in displacement metrics, resulting in a K3 level prosthetic device that offers
To learn more about the UniLeg’s functionality and performance according to the AOPA Prosthetic Foot Project, setting up a meeting with our representative.
Fully reimbursable, at a fraction of the cost.
The UniLeg provides full functionality at a fraction of the cost of competing prosthetics. Not only is the direct cost of the UniLeg cheaper, but it is also fully reimbursable.
SUGGESTED L-CODES
L5301, L5981, L5910, L5637, L5940
PDAC Approved
Suggested L-Codes are provided as a reference only. It is the responsibility of the practitioner and/or patient care facility submitting this claim to determine and submit the correct coding within all established rules and guidelines.
If you would like a custom cost analysis for your practice, please schedule a meeting with our LIMBER representative.
Sold Through P&O Clinics
The UniLeg
Limber’s advanced digital fabrication process is completed in 4 easy steps and allows for precise design and measurements from the initial scan to delivery.
Enhanced Precision and Efficiency
Immediate, high velocity cash sale opportunities to every new and existing patient requiring no reimbursement or insurance.
New Revenue Opportunities
Patented digital process unlocks device cloning, requiring no new work or process changes that can have a patient in and out in 15 minutes.
No Additional Work
Meets long-standing patient demand at reasonable cost, delivering a great customer experience between reimbursements for primary prostheses.
Improved Customer Retention
Service and support
Clinical advisors and support
Training at every step
Socket fit guaranteed without the need for a check socket
Backed by clinical data and durability testing
Communication via text, email, chat and phone
Located in the United States
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Latest news
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The Limber UniLeg
The UniLeg is a monolithic fully 3D printed transtibial prosthesis. Using proprietary materials and patented processes in our FDA registered and licensed facility, the UniLeg meets ISO 10328:2016 durability and AOPA functionality testing requirements (L5981 and L5986). The result is a safe and reliable prosthesis that provides dynamic, multiaxial gait performance, including:
● Smooth heel-to-toe transition
● Stored energy and energy return
● Stance phase smoothness
● Swing phase lightness
Full Functionality
The materials used in the UniLeg play a critical role in dynamic energy return and have the ability to deform and return to their original shape efficiently, optimizing energy storage and release. This suggests that the UniLeg will provide efficient propulsion during gait, reducing patient fatigue and enhancing mobility.
The UniLeg provides equivalent levels of functionality and value as other K3 level traditional prosthetics while maintaining the advantages of digitally printed devices, such as efficiency and innovative design.
K3 Activity
The UniLeg is highly water resistant and can withstand some of the most extreme environments, allowing your patients to carry out their daily lives and activities, worry free.
Highly water resistant
The UniLeg weighs 30% less than other commonly-used K3 level prosthetics. Due to its lightweight design, the UniLeg is more comfortable while maintaining durability, allowing your patients to continue to wear the prosthesis for longer periods of time and has the potential to improve mobility, such as your patient’s swing phase.
Lightweight design
Bill with Confidence
The UniLeg
We understand how vital it is to not disrupt your current workflows that have created a successful business. Whether your clinic utilizes traditional manufacturing techniques, manual rectification, digital rectification, scanning, or digital printing, LIMBER’s digital fabrication process easily fits into your current system of processes.
Easy Integration into Workflows
The use of cutting-edge manufacturing technology allows quantifiable measurements to be captured throughout the design, print, and adjustment process, assisting you in tracking history of patient adjustments and providing helpful, objective documentation for insurance providers.
Quantifiable Process
Lastly, our digital process negates the use of plaster, resins, dusts, and carbon fibers, which makes the manufacturing process faster, cleaner and safer for your patients and staff.
Safer Work Environment
Expand Patient Horizons
The UniLeg
The UniLeg weighs 30% less than other commonly-used K3 level prosthetics. Due to its lightweight design, the UniLeg is more comfortable while maintaining durability, allowing your patients to continue to wear the prosthesis for longer periods of time and has the potential to improve mobility, such as your patient’s swing phase.
Lightweight Design
The UniLeg is highly water resistant and can withstand some of the most extreme environments, allowing your patients to carry out their daily lives and activities, worry free.
Highly water resistant
The LIMBER UniLeg is the first 3D printed below-knee prosthesis that allows CPO’s to align at will. If the UniLeg isn’t the perfect fit immediately after delivery, clinicians can easily adjust the ankle rotation, flexion/extension, and adduction/abduction of the device to achieve the utmost precise fit.