ADLIB 2 MICROPROCESSOR-CONTROLLED KNEE
More intelligent Integrates the information of the Multi-axes G sensor and a Magnetic sensor to estimate the 3D posture of the prosthesis and the gait cadence up to a rate of 200 times per second. Microprocessor Microprocessor accumulates and analyzes information from the G sensor and then evaluates the user’s gait pattern. Best Control After receiving the signals from the microprocessor, the pneumatic cylinder provides optimal resistance for recreating natural gait patterns. 5-Bar design Provides shock absorption of the knee, and enhancing stability of the joint dramatically without knee buckling by shifts the ICR posteriorly. More easily way for setting (New!) Provides the Auto and Manual modes for adjusting the joint resistance. In the Auto mode, custom set the resistance patterns only by the remote controller.
V One Microprocessor knee
Value in One ! V One knee is controlled by a microprocessor and sensors. In the auto-mode, the flexion resistances of the knee joint will be adjusted automatically depend on user's walking speed and gait patterns. In the manual-mode, manual set for the flexion resistances is also available.
Transfemoral rotator enables the knee to rotate relative to the socket in sitting posture. This function provides hip flexion adjustment, which can reduce strains caused by the socket at the residual limb. Therefore ensures prosthetic user sitting in various levels and positions comfortably.
Trade show season is coming Please contact our sale representative to earn seasonal discounts for following items.
We would be happy to present the second generation of ADLIB MICROPROCESSOR-CONTROLLED KNEE and TRANSFEMORAL ROTATOR two of our innovative products. And lots of latest technology of user-specific socket are awaiting you, and we are looking forward to welcom you in person. You can find us in hall 3 at exhibition stand C02a. See you then.
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