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An electronic knee joint, also known as a microprocessor-controlled prosthetic knee (MPK), is one of the most advanced technologies available for above knee (transfemoral) amputees. These intelligent knee joints use sensors and computer-controlled hydraulic systems to continuously adjust resistance during walking, providing greater safety, stability, and a more natural gait.
At StepsCreators, we provide professional assessment, fitting, alignment, and rehabilitation for advanced electronic prosthetic knee joints, helping patients regain confidence and independence.
An electronic knee joint contains:
The knee continuously monitors your walking pattern and automatically adjusts the resistance hundreds of times per second to create smooth and safe movement.
Modern microprocessor knees offer numerous advantages over traditional mechanical knees.
The knee detects instability and automatically increases resistance to reduce the risk of falls.
Provides smoother knee movement during walking.
Many electronic knees allow controlled descent on stairs and slopes.
Improves confidence on uneven surfaces.
Walking becomes more efficient and less tiring.
Users can often return to work, travel, and enjoy daily activities more comfortably.
One of the world’s most widely used microprocessor knees.
Features
Designed for highly active users.
Features
Designed for users who require additional stability and confidence.
Ideal For
A microprocessor knee with artificial intelligence technology.
Features
Electronic knees may be suitable for:
A prosthetist will determine suitability based on your health, mobility, and rehabilitation goals.
A complete prosthesis may include:
At StepsCreators, every patient undergoes a detailed evaluation before selecting a prosthetic knee.
Our assessment includes:
Successful use of an electronic knee requires rehabilitation.
Training includes:
We provide:
We proudly serve patients in:
An electronic knee joint can significantly improve mobility, confidence, and independence for individuals with an above knee amputation. With intelligent technology, enhanced stability, and smoother movement, microprocessor-controlled knees help many users return to active and fulfilling lives.
At StepsCreators, we provide comprehensive prosthetic care—from assessment and custom socket fabrication to gait training and long-term support—to help every patient achieve the best possible outcome.
For many users, an electronic (microprocessor) knee offers improved stability, smoother walking, and better performance on slopes and uneven ground. However, the best choice depends on your activity level, health, goals, and budget.
Battery life varies by model but typically lasts 1–5 days on a full charge, depending on usage.
Many advanced models support controlled stair descent and improved ramp walking. Performance differs between knee models and user training.
Yes. A structured rehabilitation program helps users safely adapt to the prosthesis and maximize its benefits.
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