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Microprocessor Knee (MPK)
V One Net microprocessor knee prosthesis has self- adjusting technology combined, detect the walking speed and gait automatically and adjusts the resistance to give appropriate feedback to meet the user's gait needs. With a 4-bar polycentric design to create a natural walking style for the user that is smooth, safe and energy efficient.
AI Logic Operation A G-sensor, gyroscope, and magnetic sensor detect impaction, movement, speed, and spatial orientation responding to changes in the user's demands. | 
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| Real-time Monitoring Monitoringmovement, speed, and angle to respond accurately in real time. |
User Friendly Interface The NExT APP is an easy and intuitive system when setting up Teh Lin's MPK's, providing quick access to the knee for the user or clinician from their NExT APP. As the control center for Teh Lin's MPK's, the software allows the user to quickly adjust input settings and functions of the knee during walking. This allows the user to easily fine tune the function of the knee to meet their needs as activities change. | 
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| Smart Mode Programming NExT just got faster and easier. With 5 Matrices simple to follow automated smart programming, you can complete limb set up with fewer steps while still having access to more advanced fine tuning if required. |
Manual Mode Users have the choice to self-adjust the knee, choose one of 6 preset activity scenarios, or define up to 6 of their own individual adjustment settings for a particular activity. This allows the user to choose a resistance that is based on their own preference and easily change the settings of the knee. For example, if the user would like to ride a bike and quickly adjust the resistance of knee or if they need to do a lot of standing at work and want a higher resistance level for security. These settings can be changed by the user at anytime with easy access to the APP. Also, the user can always create or delete their individually defined settings if they have the need. | 
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High efficiency and stable pneumatic system
- Terminal swing damping design
- No leakage problem of the pneumatic cylinder
- No overheating problem for long time high-speed operation
Polycentry Design
The design advantage of polycentric knees providing inherent stability. Collapsible linkage improves toe clearance and maintains prosthetic height. Adjustable initial knee head angle for improved stance phase stability & dynamic alignment
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Safety and protection
No power It will return to the security mechanism of lower resistance.
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Intelligent function that adjusts to your needs | 
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MATERIAL SYSTEM HEIGHT BUILD HEIGHT SYSTEM WEIGHT MAXIMUM FLEXION ANGLE MAXIMUM BODY WEIGHT WIRELESS MODULE A-TGK-4PSOIC |
No.7, Wuquan 7th Rd., Wugu Dist., New Taipei City 248, Taiwan (R.O.C.)
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