Pressure Medical develops advanced tourniquet systems, including smart pneumatic and junctional tourniquets, to control severe hemorrhage in combat, industrial and emergency settings.
Funding
Funding not disclosed
Founders
Product
Problem
Severe hemorrhage in combat, industrial accidents, and remote emergency situations often requires rapid bleeding control, but existing tourniquet devices are bulky, difficult to apply under stress, and demand extensive training, leading to delayed treatment and higher risk of death or limb loss.
Solution
Pressure Medical offers advanced tourniquet systems—including a patented smart pneumatic tourniquet and junctional tourniquets—designed for fast, reliable hemorrhage control in challenging environments. The smart pneumatic model incorporates automated pressure regulation and sensor feedback, allowing first responders with minimal training to apply the device quickly and maintain optimal limb compression. Junctional tourniquets address bleeding sites that standard limb tourniquets cannot reach, providing comprehensive coverage for torso and pelvic injuries. Both products are lightweight, rugged, and engineered for use when secondary medical care is delayed, helping preserve life and reduce the likelihood of amputation. The technology emphasizes ease of use under stress, enabling rapid deployment in combat zones, remote locales, and industrial settings.
Target Audience
Primary customers are military medics, combat casualty care units, emergency medical services, and industrial safety teams that need reliable, easy‑to‑apply hemorrhage control devices in austere or high‑stress environments.
Features
- Smart pneumatic tourniquet with automated pressure control and real-time sensor feedback for consistent compression
- Integrated safety algorithms that prevent over‑tightening and monitor limb perfusion
- Junctional tourniquet design for effective hemorrhage control in pelvic, groin, and torso injuries
- Simplified, intuitive interface requiring only brief training for accurate application
- Rugged, lightweight construction suitable for harsh field conditions and rapid deployment
- Patented mechanisms (U.S. Patent No. 11,253,268) that streamline field use and reduce operator error