Abdominal Aortic and Junctional Tourniquet – Stabilized (AAJT-S)

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Both Military and EMS Trauma sites have conditions like :

  • Battlefield Injuries, of which 20% of deaths can be prevented
  • Vehicle Accidents
  • Blunt Force Trauma
  • Penetrating Injuries
  • Gunshot Wounds
  • Blast Wounds
  • Workplace Accidents

The AAJT-S is a 5x application device which can be applied on :

  • Axilla Bleeding
  • Abdominal Bleeding
  • Inguinal Compression
  • Pelvic Fractures
  • Pelvic Bleeding

Features of the AAJT-S :

  • Wedge-Shaped Bladder
  • Easy to Use Controls
  • FDA 510 (k) Cleared 5 Issued Patents

Packed Dimensions: L 9 in. x W 8 in. x D 2 in.
Soted Dimensions: L 7.5 in. x W 6.5 in. x D 2 in.
Weight: 17 oz

Non-compressible hemorrhages kill tens of thousands annually, with hemorrhages in the junctions of the inguinal (groin), axilla (shoulder), abdomen and pelvis being extremely difficult to access and effectively treat.

Out of 150,000 pelvic fracture cases in the US, 40% died due to excessive bleeding.

The AAJT-S is a multi-functional life saving option for traumatic hemorrhages

Instructions are as follows:

  1. Secure device around toros, connect ladder strap until RED meets RED
  2. Position bladder over target site
  3. Tighten belt and remove all slack
  4. Use ratcheting buckle to complete
    tightening
  5. Inflate bladder until GREEN indicator shows

The AAJT-S includes an automatic release valve that prevents pressure from exceeding 300
mmHg.

Benefits compared to other devices :

  • The Only device approved for: Inguinal (groin), Axilla  (shoulder), Abdominal and Pelvic Fracture Bleeding Indications
  • Easy to use – does not require precise anatomical knowledge.
  • Uses less pressure to occlude bleeding (less tissue necrosis)
  • Maintains secure placement during patient transport
  • Only device with human safety and efficacy research
  • Only device with published life-saving case history
  • The Only device proven equivalent to Zone 3 REBOA*

*REBOA – Resuscitative Endovascular Balloon Occlusion of the Aorta