Traumatec Systems integrates hemorrhage control, physiological sensing, and casualty-care coordination within a modular platform designed for military, government, and law-enforcement medicine. We reject avregenarianism—the assumption that the statistical average adequately represents the individual casualty. Our approach shifts preparation upstream of injury, automates measurement and documentation, and brings patient-specific assessment and point-of-injury diagnostic support to frontline personnel. Developed to complement established medical and command-and-control infrastructure, Traumatec connects the initial intervention with the information needed to sustain care through evacuation and clinical handoff. By integrating proprietary hemorrhage-control and digital communications technology within modular platforms, we deliver novel systems that overcome the clinical limitations imposed by the realities of battlefield conditions.
SOLUTIONS
Modular Platforms
T1 & T1-K9 Stand-Alone Tourniquets
The T1 and T1-K9 bring Traumatec’s modular, nonpneumatic hemorrhage-control architecture to human and canine casualties. Designed for the temporary control of life-threatening extremity hemorrhage, the T1 combines a pull-actuated tensioning mechanism that reduces fine-motor demands during self-aid and buddy-aid with a reusable actuator and replaceable tension-band cartridge for equipment sustainment. The T1-K9 adapts this mechanical architecture to the distinct anatomical and handling requirements of military working dogs, law-enforcement K9s, and rescue dogs, giving handlers a dedicated platform for emergency extremity hemorrhage intervention. Its development addresses application, retention, and reassessment under the practical constraints of treating an injured working dog and sustaining veterinary care through evacuation.
Integrated Hemorrhage Control
T1-IT, T1 Belt, and T1-RTÂ
Hemorrhage control integrated into uniforms, routine patrol equipment, and civilian attire. The T1-IT pre-positions a tourniquet within the garment upon issue or during pre-mission preparation for zero-time-to-application, addressing the delay of care common in self-aid, care under fire, prolonged field care, and resource constrained scenarios. The T1-RT extends the same T1 modular platform into a drop-leg holster’s retention band, designed to preserve retention while providing the operator a pre-positioned intervention for thigh hemorrhage. The T1-Belt incorporates the T1 into an everyday carry belt for low-visibility operations, plainclothes duty, or discreet civilian wear.Â
Designed to connect point-of-injury assessment with coordinated care through evacuation and handoff. The compact IMM device and app combine pressure-and-time, PPG, and millimeter-wave observations with patient baselines, timestamps, and signal-quality information. NEXUS and PULSE extend this record through software and handheld platforms. NEXUS supports MARCH assessment, individualized trends, timed reassessment, and TCCC and prolonged casualty care workflows, targeting integration with BATDOK, ATAK/BAT-TAK, MEDHUB, and EHRs. PULSE translates clinical and operational triggers into prioritized reports combining MIST/SBAR content with SITREP/SPOTREP immediacy. Identity, findings, intervention history, available location, and evacuation status reach authorized recipients according to role, mission, and urgency. Acknowledgment, delegation, and escalation clarify response ownership across medical, command, evacuation, and receiving teams.
Connected Casualty Care
System-Level Solutions
T1-IMM, NEXUS, and PULSE
T1 — Inertial Measurement Module
T1-IMM — Inertial Measurement Module and Companion App
The T1-IMM connects the physical intervention with the casualty’s evolving physiological record. A compact sensing device and companion application bring together pressure-and-time monitoring, photoplethysmography, and millimeter-wave sensing to associate treatment events with patient-specific observations. The architecture is designed to preserve timestamps, baseline references, and signal-quality information alongside each measurement. Local presentation and NEXUS connectivity support assessment at the casualty’s side and the transfer of a traceable record to subsequent caregivers.
IMM — Tourniquet Monitoring Subsystem
Designed to initiate documentation at tourniquet deployment, associating patient identity with elapsed application time and calibrated pressure estimates. Continuous loading history provides a basis for identifying retensioning, sustained load changes, and unloading events. By capturing these observations at their source, the module supports reassessment and handoff while reducing manual timekeeping and the need to reconstruct application history during evacuation.
IMM — Photoplethysmography and Temperature Sensing Subsystem
Provides the architecture for an on-demand fingertip assessment of heart rate and peripheral oxygen saturation, with patient-specific calibration supporting blood-pressure estimation. A separate contact-temperature sensor extends the measurement set, while ongoing algorithm development addresses pulse-waveform and respiratory-trend analysis. Patient association, measurement age, and signal quality remain integral to the record, supporting interpretation against the individual’s baseline and current clinical context.
IMM — Millimeter-Wave Radar and Inertial Sensing Subsystem
Combines 60 GHz radar with inertial sensing to support observation of respiratory activity, cardiac micro-motion, and movement between direct patient assessments. Sensor-fusion development focuses on maintaining wearer association and interpreting radar observations alongside device motion, handling, and transport vibration. The objective is ongoing physiological observation that can flag changes warranting reassessment while making signal availability and confidence visible to the caregiver.
Traumatec NEXUS
NEXUS — Clinical Software and Handheld Platform
Clinical coordination platform, designed to consolidate physiological observations, patient baselines, and intervention history into a shared casualty record. Its software and handheld interface support a development pathway encompassing MARCH assessment, patient-specific trend analysis, timed reassessment, and structured handoff across Tactical Combat Casualty Care and prolonged casualty care workflows. Integration targets include BATDOK, ATAK/BAT-TAK, MEDHUB, and electronic health records. NEXUS is designed to contribute actionable information to these established systems, preserving continuity from the point of injury through evacuation and reception at higher echelons of care.
Traumatec PULSE
PULSE — Notification Software and Handheld Platform
Casualty notification and response-coordination platform, connected through NEXUS. It is designed to translate defined clinical and operational triggers into prioritized reports, combining MIST- and SBAR-informed clinical content with the immediacy of a SITREP or SPOTREP. Reports bring together patient identity, current findings, intervention history, available location, and evacuation status for authorized recipients selected by role, mission, and urgency. Acknowledgment, delegation, and escalation functions are designed to make response ownership explicit, helping medics, evacuation elements, command personnel, and receiving clinicians act on a common account of the casualty.