26/08/2025
PRO ORTHO PERFECT INDIA PRIVATE LIMITED invites for demo test the waterproof Navi microprocessor knee is a type of advanced prosthetic knee joint that uses microprocessor technology to control and adjust the movement of the knee in real-time. This allows for more natural and intuitive movement, improved stability, and enhanced functionality for individuals with above-knee amputations.
Key Features
1. *Microprocessor control*: The knee joint is equipped with sensors and microprocessors that detect and respond to the user's movements, adjusting the knee's position and resistance accordingly.
2. *Real-time adjustment*: The microprocessor continuously monitors the user's gait and adjusts the knee's movement to provide a more natural and stable walking experience.
3. *Improved stability*: Microprocessor knees can help prevent falls and improve balance by adjusting to changes in terrain, speed, and direction.
4. *Customizable settings*: Many microprocessor knees allow users to customize settings to suit their individual needs and preferences.
Benefits
1. *Increased mobility*: Microprocessor knees can enable users to walk more naturally and confidently, even on uneven terrain.
2. *Improved balance*: The advanced sensors and microprocessor control help prevent falls and improve overall balance.
3. *Enhanced functionality*: Microprocessor knees can be programmed to accommodate various activities, such as walking, running, or climbing .
A microprocessor knee is a type of advanced prosthetic knee joint that uses microprocessor technology to control and adjust the movement of the knee in real-time. This allows for more natural and intuitive movement, improved stability, and enhanced functionality for individuals with above-knee amputations.
Key Features
1. *Microprocessor control*: The knee joint is equipped with sensors and microprocessors that detect and respond to the user's movements, adjusting the knee's position and resistance accordingly.
2. *Real-time adjustment*: The microprocessor continuously monitors the user's gait and adjusts the knee's movement to provide a more natural and stable walking experience.
3. *Improved stability*: Microprocessor knees can help prevent falls and improve balance by adjusting to changes in terrain, speed, and direction.
4. *Customizable settings*: Many microprocessor knees allow users to customize settings to suit their individual needs and preferences.
Benefits
1. *Increased mobility*: Microprocessor knees can enable users to walk more naturally and confidently, even on uneven terrain.
2. *Improved balance*: The advanced sensors and microprocessor control help prevent falls and improve overall balance.
3. *Enhanced functionality*: Microprocessor knees can be programmed to accommodate various activities, such as walking, running, or climbing stairs.
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