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

Abdominal Aortic and Junctional Tourniquet (AAJT)

The AAJT abdominal tourniquet is a specialised device for bleeding control in areas where standard tourniquets are ineffective or cannot be applied. It is used to stop massive bleeding in the groin, axillary regions, as well as the abdominal and pelvic areas, where a different approach to pressure application is required.

The device design combines a securing system with an element that applies controlled pressure to the target area. The large occlusion surface allows for precise positioning and consistent results. The AAJT provides complete occlusion of blood flow to the lower or upper extremities and can also be used for pelvic stabilisation.

A notable feature is its ability to maintain effectiveness even during patient movement - evacuation, transport, or operation in confined spaces. The device can remain in place for an extended period (up to 4 hours in junctional zones and up to 1 hour in the abdominal area) while maintaining the required pressure level.

Key advantages:

• Effective where standard tourniquets are not
• Large pressure surface for precise positioning
• Provides complete occlusion of blood flow
• Suitable for groin, axillary, and abdominal areas
• Capable of pelvic stabilisation
• Maintains effectiveness during patient movement
• Simple to use

Key specifications:

• Product type: Abdominal / junctional tourniquet
• Purpose: Bleeding control in complex anatomical zones
• Size: ~23 х 21 х 5 cm
• Weight: ~480 g
• Colour: Black
• Manufacturer: North American Rescue
• Country of manufacture: USA

The AAJT is used in critical situations where standard tools cannot occlude blood flow due to the anatomical characteristics of the injury. Its large-surface pressure design allows for more precise and stable management of such zones. The AAJT expands the capabilities of a standard first aid kit or medical set, enabling effective action in complex cases and providing bleeding control where other solutions fall short.