Microprocessor-Controlled Knees

The C-Leg

• Electronics calibrated to individual gait
• Improved stumble recovery
• Weight limit
• 300 lbs.
• Multiple modes for multiple activities;
• Two activity modes, such as specific job tasks or riding a bike
• Hours of power
• Lithium-ion battery provides 40–45 hours of power before re-charging

RHEO Knee

• The world’s first microprocessor knee system to utilize the power of artificial intelligence
• The silver-gray impact-resistant shell is made of high-resistance polyurethane, its shape reflecting the anatomy of the human knee and lower leg
• A soft pad at the front improves sensation when kneeling
• Integrated with a Bluetooth® module for wireless communication and setup processes
• Rechargeable Li-Ion battery, which provides 24-48 hours of continuous use, dependent on activities

Orion Knee

The Orion is a microprocessor-controlled prosthetic knee in which the sensors measure knee action in real-time and process that information to anticipate support and speed requirements.

Hydraulic and pneumatic knee control actuators regulate the knee speed and security providing optimal walking on stairs, slopes, and over flat terrain. This results in fewer falls for the person wearing the prosthesis and a natural and relaxed gait.

Genium

• Features
• Walk upstairs step over step
• Cross obstacles more smoothly
• Walk backwards and forwards
• Stand more easily
• Sit naturally
• Water-resistant—and more
• The Genium is rated IPX-4 which means protection against splashed water from all sides
• Stability and function in the palm of the hand
• Five available activity modes
• Battery life
• 5 days
• Weight limit
• Maximum limit up to 330 lbs.