What Is a Bionic Leg Prosthesis?
A bionic leg prosthesis is the general name given to prosthetic systems that are made using microprocessor and sensor technology, detect the user's movements and approximate natural gait patterns. Unlike conventional mechanical prostheses, these systems try to adapt to step length, speed and changes in terrain by means of electronic components. Which system is suitable is determined in line with the specialist physician's assessment and prescription, according to the amputation level, muscle strength and general health condition.
Types
Leg prostheses are designed differently depending on the amputation level:
- Below-knee systems: Used for individuals who have had an amputation below the knee joint. Some models may include electronic components that support ankle movement.
- Above-knee systems: These systems, which include a microprocessor knee joint, aim to provide support during movements such as walking and going up and down stairs.
- Hybrid systems: Solutions in which mechanical and electronic components are used together.
Technical Features
Bionic prosthetic systems frequently include the following components:
- Microprocessor-based control units
- Pressure, acceleration and angular velocity sensors
- Lightweight, durable materials such as carbon fiber and titanium
Fitting and Maintenance Process
Prosthetic fitting includes the stages of residual limb assessment, socket preparation, trial, adjustment and user training. For the system to work efficiently, periodic check-ups, socket and movement checks and calibration when necessary are recommended. All these procedures are carried out in line with the specialist physician's report and assessment.
This content is for informational purposes; you should consult your physician for diagnosis and treatment.
