At the Orthotic and Prosthetic Centers our goal is to fit every patient we meet, no matter how challenging the case may be. Below is a list of the commonly prescribed and utilized prosthetics in the field. Click on each link to learn more about the prosthetics available.
This transfemoral design actually cups the patient’s ischium inside the medial wall of the socket itself. By containing the ischium, laterally movement of the socket can be controlled or eliminated.
By controlling this lateral movement during the patient’s gait cycle, the ischial containment design, is more stable which also translates in to being more energy efficient for the patient.
Microprocessor Controlled Systems
Microprocessor controlled essentially means computer controlled. Although a very basic idea, the overall results for individual patient can be extraordinary.
Within the various microprocessor controlled knees are variations of sensors and gauges that relay information to the knee unit itself. By constantly and instantaneously analyzing walking data, the knee can apply the correct amount of, or reduce the amount of friction within the knee. By achieving this, the patient presents with a more energy efficient gait pattern as well as an increased sense of security of various types of terrain.
Endoskeletal Prosthetic Systems
This design represents a prosthesis that is a hard, hollow outer shell. The outer shell becomes the weight bearing platform for the prosthesis. The exoskeletal design can be modified for a number of different patient presentations (i.e. , heavy duty users and children).
The exoskeletal design is a complete prosthetic system that is highly functional with respect to all age and activity levels.
This system is available for all levels of amputations both upper and lower extremity.
Exoskeletal Prosthetic Systems
This prosthetic system affords the patient enhanced ambulation in addition to a more cosmetic appearance.
The primary advantage over exoskeletal systems is the ability to adjust the prosthesis. This endoskeletal system allows for an infinite number of both angular and linear adjustments. Not only does this allow the patient to ambulate with the most energy efficient gait available to them but, it also allows for the interchanging of componentry (i.e. , various prosthetic knee and foot systems).
This system is also available for all amputation levels both upper and lower extremity.
Energy Storing Componentry
This concept is most closely associated with prosthetic feet. An energy storing foot is one that is designed around a flexible keel. The keel may be designed for a weight range or, in some cases, fabricated in direct correlation to the patient’s height, weight, activity level and/or vocation.
By storing and releasing energy during the patient’s gait cycle, a more energy efficient pattern can be recognized.
CAD CAM Design
We utilize the latest in computer aided design and manufacturing to enhance the fit, function and efficiency of each patient’s prosthesis.
Vacuum Systems
A vacuum prosthetic system refers to the suspension of the prosthesis. In essence, a vacuum pump evacuates air from the socket through a one-way valve. This creates a negative pressure with each step the patient takes thus, improving the suspension and overall control of the prosthesis. In addition, the various pressures on the residual limb are greatly reduced. The amputee provides the power source for the pump by compressing the device during each step.
This systems can be utilized in both above-knee and below-knee amputation levels.
Immediate Post-Operative Prosthetics
This system allows the patient to begin rehabilitation immediately following the surgical procedure. Advantages of a post-operative prosthesis include: protection of the surgical site, ease of wound care and early weight bearing in a controlled atmosphere.
This system is designed for below-knee amputations.
Prosthetics Upper Extremity
Myoelectric Controlled Systems
This system is a highly cosmetic restoration of the arm/hand. The main control pattern in a myoelectric system is palmar prehension. Numerous types of prosthetic hands and hooks can be used depending on the individual patient’s needs.
In addition to the hand, wrist rotators and proportional controlled can also be incorporated into the design. Environmental factors such as dirt, sand and water can influence the decision to employ this particular system.
This system can be designed for all levels of upper-extremity amputation.
Conventional Body Powered Systems
This system is a highly functional system that uses the body’s muscular system to power the prosthesis. Operation of the hook/hand is realized through a harness and cable system that is worn about the patient’s shoulder girdle.
There are numerous socket designs, terminal devices (hooks/hands), elbow units, suspension components and harness designs that can be implemented depending on each individual patient’s amputation level and rehabilitation goals.
Cosmetic Restorations
These are sometimes referred to as “life like”. Cosmetic restorations allow the patient the pinnacle of restored body image. This is achieved by a detailed process of mold taking in addition to photographs and wax models.
Cosmetic restorations are very patient specific and should be addressed by the prosthetist and patient on an individual basis.
Prosthetics Mastectomy
External Breast Prosthesis
Mastectomy Brassieres
We have multiple offices conveniently located throughout the Tampa Bay area including St. Petersburg FL Ft. Myers Naples Sarasota Bradenton and Zephyrhills Florida providing all aspects of Prosthetics products and services. These offices enable us to support patients throughout Pinellas Collier Lee Charlotte Sarasota Manatee Hillsborough and Pasco counties.
