REVOlimb

The REVOlimb includes a micro-adjustable closure system that allows patients to adjust the fit of their socket without completely removing the prosthesis itself.

As a person’s body changes, patients can also adjust the socket compression at specific areas of the limb that may fluctuate in volume.

This system provides a secure and straightforward solution to patients. It was developed following 26 months of testing and involved over 40 clinical test patients through a grant from the Veterans Administration.

The result is a device that’s comfortable and provides patients with a natural walking gait that also responds to various activity levels.

Designed for patient comfort, the system’s socket technology provides a natural walking gait. It has an airtight seal and can handle various amputee activity levels.

The WillowWood system is controllable with an iPhone or iPad, making it easy for patients to adjust as needed.

Pin-Locking Suspension

This system uses a pin-locking mechanism attached to a gel liner that securely suspends the prosthesis.

The patient simply presses a button to release the prosthesis when they’re ready to remove it.

Elevated Vacuum

Through the reduction of limb movement, this system helps increase blood flow and oxygenation of tissues. It simultaneously decreases skin abrasions, blisters, and friction.

This system is also more adaptable to weight gain and loss.

Ischial Containment Socket

The Ischial containment socket is designed for side-to-side stability. Suction holds the socket in place on the residual limb. A Silbesian, TES belt or a soft insert with a suspension-locking mechanism may also be used.

This design better accommodates fleshy limbs and highly active patients.

Kiss Socket

KISS offers a range of many patented products that solve suspension and other challenging prosthetic problems.

By innovating and rethinking traditional methods, design, and techniques, the KISS socket system excels in offering amazing solutions for patients.

Bikini Socket

This is advanced socket technology for hip disarticulation patients. It is called the Bikini Socket because of its low profile and lightweight design.

This new socket allows patients to use iliac crest stabilizers instead of the typical bucket design used in current hip disarticulation prostheses.

Microprocessor Controlled

Hydraulic

Hydraulics within the knee can adjust a patient’s walking speed as it automatically responds to changes in pace. The hydraulics control the speed the prosthesis swings forward and bends backward.

It’s primarily used for patients who are highly active and vary their walking speeds regularly, without the use of an assistive walking device.

Polycentric 4 Bar

This device provides patients with a stable knee that mimics the normal knee joint during movement. It’s ideal for patients with long residual limbs, bilateral leg amputations, or knee disarticulation.

Weight-Activated Stance Control

This stable knee is often prescribed as a temporary prosthesis. It functions as a constant friction or pneumatic knee.

When weight is placed on the knee during gait, a braking mechanism prevents the knee from buckling. It’s most commonly used for active or older amputees.

Manual Locking

This type of prosthesis is a stable knee that locks during gait, allowing the patient to release the lock to sit down comfortably.

It’s most frequently used for patients with bilateral leg amputations, short residual limbs, or poor strength or balance.

Externally Powered Foot & Ankle

This prosthetic foot provides the active Level 3 user with terrain conformance, rotation and shock absorption. It is ideal for robust, moderate impact activities like hiking that require a multi – axial, biomimetic function with a high level of energy return.

The combination of hydraulic ankle and titanium spring means that the foot adapts fluidly to promote good posture and excellent traction even on rough ground and ramps. During swing phase the toe dorsi-flexes to enhance ground clearance. The integral shock absorber ensures minimal shear force between socket and skin for a comfortable ride throughout the twists and turns of the day.

Foot shell and glide sock included.

Microprocessor Foot & Ankle

Elan mimics natural muscle resistance and ankle motion by adapting hydraulic resistance levels to optimize stability when standing, on slopes and uneven terrain. This encourages more symmetrical limb loading, faster walking speed and reduced compensatory movements. The ankle pivot point is optimally positioned close to the natural weight line for a more natural response through the gait cycle.

The result is smoother, safer and more natural walking, helping to preserve the body for the long term.

Vertical Shock

The vertical shock prosthetic is a multiple spring design that creates natural movement, a higher range of motion, and a smooth transition.

The spring technology is integrated throughout the foot to absorb and return energy.

This prosthetic is ideal for patients who live a moderate to highly active lifestyle, and those with a K3 or K4 level need.

Hydraulic Ankle

Hydraulics and carbon fiber technology come together to create the hydraulic ankle. This prosthetic device provides low to moderate impact for increased ground contact, symmetrical gait, improved stability on varied terrain and the comfort of shock absorption.

This device is typically best for K3 level patients.

Single Axis

This foot/ankle prosthetic is a low-activity model that works on a single axis of the foot/ankle mechanism. It mimics median plane motion and has a lightweight, strong design.