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Explore the world of Microprocessor controlled Prosthetic Knee

8 months ago

01

Explore the world of Microprocessor controlled Prosthetic Knee

8 months ago

Improvements in technology have transformed the field of prosthetics, revolutionizing the lives of individuals with limb loss or mobility impairments. A sophisticated device that emulates natural human movement and enhances the functionality and quality of life for amputees. Explore the fascinating world of microprocessor prosthetic knees, delving into their features, benefits, and the impact they have on the lives of amputees.

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Microprocessor Prosthetic Knee:

Microprocessor prosthetic knees are intelligent systems that utilize microprocessors and advanced sensors to mimic the complex movements of a human knee. This device is designed to provide enhanced stability, control, and adaptability during various activities such as walking, running, and climbing stairs. 

Benefits of Microprocessor Prosthetic Knee!

At the heart of a microprocessor prosthetic knee joint is a small computer chip that receives data from multiple sensors embedded within the device with improved safety, and better support in everyday situations. These sensors collect real-time information about the user’s gait, speed, and direction of movement. Using complex algorithms, the microprocessor analyzes this data and makes instantaneous adjustments to the knee joint’s resistance and alignment, ensuring a smooth and natural walking experience. This adaptive functionality allows users to navigate various terrains and activities with greater ease and confidence.

  1. Improved stability and balance: Microprocessor knee provides enhanced stability, reducing the risk of falls and improving overall balance for amputees. The ability to adapt to changes in terrain and adjust knee resistance in real time allows users to traverse uneven surfaces more confidently.
  2. Natural Gait Pattern: Unlike traditional prosthetic knees, microprocessor knee joints replicate a more natural gait pattern. The advanced control systems adjust flexion and extension angles in real time, providing a smoother, more lifelike walking experience. This reduces the physical strain on the user and minimizes energy expenditure, resulting in improved comfort and endurance.
  3. Enhanced Safety Features: Microprocessor knee often incorporates safety features such as stumble recovery and stance control. These features assist users in maintaining their balance and preventing falls, especially during unexpected events or sudden changes in terrain.
  4. Increased customization: Microprocessor knee offers a high level of customization. Prosthetists can adjust the knee’s settings and response characteristics to match the individual user’s needs and preferences. This flexibility ensures optimal performance and user satisfaction.

Here are a few of the advanced microprocessor prosthetic knee joints that MOBILIS offers.

C-Leg-by-Ottobock

C-Leg by Ottobock: The C-Leg is suitable for a wide range of individuals with lower limb amputations, including those with transfemoral (above-knee) and knee disarticulation amputations. It offers improved stability and mobility for users who desire an active lifestyle and the ability to navigate various terrains.

Genium by Ottobock: The Genium microprocessor knee is designed for individuals with above-knee amputations who desire advanced functionality and a natural gait pattern. It caters to active users who engage in activities such as running, sports, and hiking, as well as individuals who encounter challenging terrain regularly.

Kenevo by Ottobock: The Kenevo microprocessor knee is suitable for individuals with above-knee amputations who prioritize adaptability and stability in their daily activities. It caters to a broad range of users, from those who require basic mobility assistance to those who desire advanced features for navigating stairs, slopes, and varying walking speeds.

Freedom quattro by Proteor

Freedom quattro by Proteor: The Freedom quattro microprocessor knee is designed for individuals with above-knee amputations who seek enhanced stability and control during walking. It is suitable for users with varying activity levels, from basic daily mobility to moderate recreational activities.

Plié 3 by Proteor: The Plié 3 microprocessor knee is ideal for individuals with above-knee amputations who prioritize a natural gait pattern and energy efficiency. It offers advanced control and adaptability, making it suitable for individuals with varying activity levels, including those who engage in moderate activities and desire a smoother walking experience.

ALLUX 2 by Proteor: The ALLUX 2 microprocessor knee is designed for individuals with transfemoral (above-knee) amputations who require stability and adaptability in their everyday mobility. It is suitable for users with varying activity levels, from basic walking to more active lifestyles.

Orion 3 by Blatchford: The Orion 3 microprocessor knee is designed for individuals with above-knee amputations who desire stability, responsiveness, and a natural gait. It caters to users with varying activity levels, from basic walking to those who engage in activities such as hiking and running.

It’s important to note that the selection of a specific microprocessor prosthetic knee joint should always be made in consultation with a prosthetist or healthcare professional who can evaluate an individual’s specific needs, physical condition, and activity level to ensure the most appropriate choice for optimal functionality and comfort.

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