Upper Extremity

Our patients include any upper extremity including partial finger amputees, partial hand amputees, wrist disarticulation amputees, transradial amputees, transhumeral amputees or shoulder disarticulations. The type of prosthetic device and patient care plan will be thoroughly examined throughout your appointments to determine what is best suited for you. With extensive knowledge in both conventional and high tech prostheses Troppman Prosthetics is equipped to ensure you have examined all options available to you.

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Myoelectric Prostheses

*iLimb Quantum by Ossur

Conventional Prostheses

Ask our clinicians!

Cosmetic Prostheses

*LivingSkin by Ossur

Partial Hand Solutions

*MCP Driver by Naked Prosthetics

Myoelectric Prostheses

Myoelectric prostheses utilize muscle contractions and their signals to activate a pre-programmed function to a terminal device. Some myoelectric devices simply open and close grip, some rotate the wrist for positioning, while some can also be much more advanced and have fully articulating fingers to perform more than one task. As technology advances, we stay up to date with new products; the latest being pattern recognition systems like COAPT or IBT. These new systems utilizes multiple electrodes to distinctly change the grip pattern to the next seamlessly. Feel free to ask your prosthetist for more details on what is available to you.


Lower Extremity

We service patients with different levels of amputations including partial feet, symes, transitbials, and transfemorals. At our clinic we are expertly trained to accompany you along the journey to restore as much functional performance, mobility, and independence as possible. We believe in a partnership with our patients to discover best solutions for each patient as everyone is unique in their own special way.

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Microprocessor Feet

*Proprio Foot by Ossur

Microprocessor Knees

*Genium X3 by ottobock

Conventional Feet

*Proflex Pivot by Ossur

Partial Feet Solutions

Microprocessor Feet

The first microprocessor foot was released in 2006 where it dared to address the issue of varying uneven terrain and slopes. Conventional feet had limitations particularly when walking up or down slopes because the ankle is fixed. This made it difficult for amputees to adjust and accommodate. Today, microprocessors have improved battery power and life, faster reaction times, and more accurate response to environmental factors like uneven terrain and slopes to provide the user stability and safety in unpredictable environments. It is important to note that with higher technology, more training may be necessary in order to fully utilize its potential. For more information to see if this option is right for you, please contact your prosthetist.


Pediatrics

We understand the unique challenges our pediatric patients face as we must account for all the physical and emotional changes happening during development for not just the patient, but for the family. For this reason, we work closely with families and rehabilitation teams, and do our best so that the process of adapting to a new prosthesis is as smooth as possible.

We also understand that our pediatric population might need more replacements, changes, and adjustments, and are ready to accommodate all these needs to ensure comfort, function and safety.

We love the enthusiasm kids bring to our clinic and are ready to learn more about their dreams for the bright future.


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