Locking Liner

Incorporates a shuttle lock built into the socket and a liner with a pin attached on the distal end. The patient dons the liner which then locks into the socket. 

Suction Liner

Gel liner with sealing flanges that seal against the inner surface of the socket by suction. A one way expulsion valve on the socket helps release air, providing an intimate fit. 

Elevated Vacuum

Incorporates a sealing liner in combination with a suciton vacuum system. Motion in the foot activates a pumping mechanism to create additional suction.

Sleeve with Cushion Gel Liner

Uses an internal gel cushion liner with external sleeve to hold prosthesis on the limb.

Supracondylar

Incorporates higher trimlines to lock in the epicondyles of the knee for socket suspension.

Locking Liner

Incorporates a shuttle lock built into the socket and a liner with a pin attached on the distal end. The patient dons the liner which then locks into the socket. 

Skin Fit Suction

Patient dons a sleeve that then gets pulled through the distal
end of the socket, leaving just the patient’s skin contact on the
socket walls with a suction fit.
Allows for direct skin contact for proprioception, comfort,
and stability

Elevated Vacuum

Incorporates a sealing liner in combination with a suciton vacuum system. Motion in the foot activates a pumping mechanism to create additional suction.

Sleeve with Cushion Gel Liner

Uses an internal gel cushion liner with external sleeve to hold prosthesis on the limb.

Supracondylar

Incorporates higher trimlines to lock in the epicondyles of the knee for socket suspension.

Low Impact/ K1, K2

Static or flexible forefoot with shock absorbing heel.
Intended for optimum static stability, minimal weight
and cost effectiveness

Moderate Impact/Articulating

Incorporates more dynamic materials of varying degrees
of flexibility. Also may include internal joints and articulations
that mimic movement in an anatomical foot
Suitable for higher activity levels and individuals who
find themselves frequently walking on uneven terrain.
Can require more frequent maintenance and are often
heavier in construction

High Impact

The functional internal structure of the forefoot and heel spring
are constructed of specialty composite materials such as carbon
fiber and fiberglass.
These springs compress and deflect under load and return
energy as weight is shifted off of the prosthesis. These are often
referred to as “energy storing feet”. Most candidates must be
designated at least a K3 level ambulator in order to qualify for
this type of foot. If a wearer does not function at this high a level,
this type of design may hinder a wearers gait because they must
be loaded vigorously in order to realize the benefit of
energy return.

Laminated Sleeves

Patients have the ability to incorporate a wide variety
of external socket appearances ranging from skin tone
to carbon fiber to custom applications.

Link to Designs: Custom Prosthetic Designs

Protective Fairing

Customizable protective plastic covering that
mimics shape and protects the components for
higher activity lifestyles.

Foam Cover

Cosmetic cover of dense foam to mimic the size and shape of
patient’s opposite leg

Cosmetic Silicone Skin

Cover that mimics lifelike anatomy in a variety of skin tones.