
Globally
10+ million people living with limb loss
$1.62 billion in 2015 value
5% CAGR through 2026
~1.5 per1,000 incidence of amputation
TYPES
LOWER EXTREMITY
Foot & ankle prosthetics
Knee prosthetics
Hip prosthetics
UPPER EXTREMITY
Hand prosthetics
Elbow prosthetics
Shoulder prosthetics
COMPONENTS
Liners
Sockets
Modular
TECHNOLOGY
Conventional
Electric powered
Hybrid
$731.1 million
Electric-powered orthopedic prosthetics’ 2015 value
6% CAGR through 2026
Technology found in a prosthetic leg
Hydraulic unit – Two valves independently control joint resistance flexion
Inertial motion unit (IMU) – Gyroscope, acceleration sensors determine position, speed of the Genium; sensor determines flexion angle and flexion angle speed; prosthesis control uses analysis of movements and force acting on the joint
Battery and electronics – Enclosed and protected by the frame; integrated microprocessor coordinates all measurement and control
Bluetooth – Simple communication with the joint; function can be disabled
Knee moment sensor – Data for precisely determining the forces acting on the prosthesis
Inductive charging – Connected with magnets to the back of the knee joint, allows charging through clothing, cosmetic covers
(Example is based on Ottobok’s Genium)
Get curated news on YOUR industry.
Enter your email to receive our newsletters.
Explore the October 2016 Issue
Check out more from this issue and find your next story to read.
Latest from Today's Medical Developments
- Heule partners with Center for Machining Excellence
- Down the road: What really is next for electric vehicles?
- Driving successful medtech innovation
- Last call for July’s medical manufacturing Lunch + Learn!
- Transform What’s Possible with the Okuma MULTUS U3000
- Okuma: Extraordinary Starts Where Limits End
- Are new medical procedures patentable?
- Caltech's smart capsule to study the health of the GI tract