Prosthetics

Prosthetics Solutions at MobilitySolution

Our team works closely with you to determine the best prosthetic device for your specific needs. We take into consideration your physical requirements, lifestyle, and budget to find the ideal solution. We have access to the latest advancements in prosthetics, including microprocessor terminal devices, which allow for more natural and functional movement.

There are various types of prostheses available, each serving a different purpose. Artificial limbs can be custom-designed to replace a lost arm, leg, or even a digit, providing individuals with the ability to regain mobility and independence. Dental prosthetics, such as dentures, dental implants, and bridges, are used to replace missing teeth or restore oral function. Joint prostheses, like hip and knee replacements, are commonly used to improve mobility and reduce pain for individuals with severe joint conditions.

Lower Extremity Prosthetics

• Partial foot prostheses: Restore mobility and function by replacing the missing part of the foot.
• Prosthosis: A device that combines orthotic and prosthetic components to provide functional support and mobility for limb impairments.
• Symes prostheses: Provide support and functionality for the foot and ankle after an ankle amputation.
• Transtibial prostheses: Restore mobility and functionality by replacing the leg below the knee.

Upper Extremity Prosthetics

• Some individuals may choose not to use a prosthesis for various reasons, such as pain or multiple medical conditions.
• Partial finger prostheses can restore fine motor control and appearance to a portion of the finger. They can be static, wrist-driven, manually positioned, or myoelectric controlled.
• Finger or multiple finger prostheses can restore fine motor control and appearance to the finger(s) through the joint(s). They can be static, wrist-driven, manually positioned, or myoelectric controlled.
• Partial hand prostheses can improve grip strength, fine motor control, and overall hand function. They can be static, wrist-driven, manually positioned, or myoelectric controlled.
• Wrist disarticulation prostheses can restore wrist mobility and hand control.
• Transradial prostheses can restore arm function and natural movement below the elbow.
• Elbow disarticulation prostheses can restore arm movement and enable activities requiring elbow mobility.
• Transhumeral prostheses can restore arm function and natural movement above the elbow.
• Shoulder disarticulation prostheses can restore natural arm movement from the shoulder.
• Interscapular-thoracic prostheses can offer stability and mobility for the upper body.