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.

 


  • Technical data
  • Documents


A-TGK-5PSOIC-A02/A12/B02/B12


Material

Carbon, Titanium alloy, Aluminum alloy

System
height

260mm for A-TGK-5PSOIC-A02 / B02
278mm for A-TGK-5PSOIC-A12 / B12

System
weight

1195g  A-TGK-5PSOIC-A02
1205g  A-TGK-5PSOIC-B02
1210g  A-TGK-5PSOIC-A12
1220g  A-TGK-5PSOIC-B12

Maximum
flexion angle

138˚

Maximum
body weight

125 kg

Wireless
module

Bluetooth Class II


A02  
no thread at the centro-bolt of Knee head

B02  having thread at the centro-bolt of Knee head

A12  disarticulated type, no thread at the centro-bolt of Knee head

B12  disarticulated type, having thread at the centro-bolt of Knee head



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