Member

Tir Medical


Tir Medical develops pre-hospital medical devices focused on limb immobilization and localized thermal therapy for emergency care providers. The company leverages expertise in trauma medicine, military medicine, and engineering, and collaborates with leading institutions to address critical needs in pre-hospital trauma care.

Industries

Medical Devices

Nr. of Employees

small (1-50)

Tir Medical


Products

A portable device delivering limb immobilization and localized thermal therapy (heating or cooling) during pre-hospital emergency care. It features a temperature control unit and a disposable thermal regulation sleeve, integrating air pressure-based limb immobilization.

A wearable, automated monitoring system that detects internal bleeding and guides resuscitation in trauma and burn settings using artificial intelligence for venous ultrasound analysis.

A self-regulating device designed to immobilize limbs during ground and air medical transport, maintaining consistent pressure despite changes in altitude to prevent limb deformity and blood loss.

Expertise Areas

  • Trauma device development
  • Pre-hospital emergency care solutions
  • Medical device prototyping and commercialization
  • Remote physiological monitoring
  • Show More (1)

Key Technologies

  • Portable limb immobilization systems
  • Localized thermal therapy technology
  • Automated wearable remote monitoring
  • Artificial intelligence for ultrasound assessment
  • Show More (1)

Key People

Co-Founder & CEO

Co-Founder & Principal Investigator

Chief Operating Officer

Senior Manager, Quality/Regulatory

Consultant


News & Updates

The team has extensive research and intellectual property output related to trauma medical devices and monitoring.

Company has secured over ten Department of Defense research contracts for development of trauma care technologies.

Study demonstrating the utility of thermoelectric cooling systems with tourniquets to preserve nerve function during limb immobilization.

Analysis of outcomes and predictive factors for limb salvage in acute ischemia cases using advanced immobilization and monitoring.

Research evaluating limb preservation strategies and outcomes following traumatic ischemia.

AI study relevant for machine learning approaches used in wearable monitoring for trauma.

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