▣ Smilar prothetic joint motion to normal knee joint
- Near normal gait restoration with the varying instantaneous center of knee joint
▣ Minimization of energy consumption during walking
- Proven to require 8% less energy by oxygen consumption test
▣ Clinical and medical consideration through git anlyses
- Evluation of and comparison between transfemoral and normal gait
- 3D mesurement of joint motion and calcultion of groun reaction and body moment
▣ Design consideration for high stability
- Consideration of instantaneous center
- Stability at maximum angle of knee flexion/extension
- Optimum design for maximum mobility
▣ Automtic adjustment to any speed of walking
- Microprocesor based gait speed control
- Pneumatic control using the orifice of cylinder chamber
- Gait speed setting by cordless remote controller
▣ Suitable for transfemoral and total hip prosthesis patient with good muscle condition

Code	Flexion Ang.	Material
AI-73100	160 Deg	Lightweight aluminum & Stainless

* Research and Development with KOREC