HARDWARE
Utilizing body motion for dynamic protection
Utilizing body biomechanics
Ergonomic design
Elastic stabilization
SAFEKNEE
For the prevention and rehabilitation of ACL and meniscus injuries
SAFESTRING
For the prevention and rehabilitation of hamstring injuries
Validation
Our technology is supported by quality research, indicating superior results compared to traditional non-dynamic bracing.
SAFEKNEE
In vitro research was conducted at the Department of Biomedical Engineering, Tel Aviv University. Our dynamic brace was compared to a traditional brace, with athletes performing a variety of movements, including popular functional tests.
Force sensors were applied to the brace, for measuring the stabilization forces that are delivered to the knee joint during movements.
As a seen in the graph, the dynamic brace resulted in a significant and rapid increase in the stabilization force.
SAFESTRING
Field research was conducted by the School of Human Movement and Sport Sciences at the Levinsky-Wingate academic college.
A group of athletes performed six tests, once wearing the novel dynamic SAFESTRING knee brace, and once without.
A significant improvement of about 30% was seen in their hamstring-muscle endurance when wearing the dynamic brace.
This finding indicates the potential benefit of the SAFESTRING in preventing hamstring injury, with minimal effect on the athletes’ performance.
