- The tourniquet was created by Dr Sam Scheinberg and design firm Ziba
- It is the first field device that can stabilise pelvis and prevent blood loss
- The nylon surface of the strap hides pneumatic air balls that are inflatedÂ
- Device is placed near injury site and pumped up until the bleeding stops
- More than 1,200 of these tourniquets have been shipped to battle zones
- Just a month after it was sent into the field, this new version of a tourniquet saved a life in AfghanistanÂ
Caught in a deadly firefight, a combat doctor stumbles towards a wounded soldier soaked in blood.
With only a charred metal panel as his operating table, the medic knows he has 90 seconds to stop the bleeding before the soldier dies.
With this in mind, a veteran combat surgeon has developed the first inflatable tourniquet that controls circulation and stems blood loss at the waist, caused by bomb blasts and other injuries – and it can be deployed in just 25 seconds.
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The tourniquet, created by Dr Sam Scheinberg and design firm Ziba in Oregon, is the first field dressing that can be used at the waist, which is crucial if a soldier is injured by an IED explosion
It was created by Dr Sam Scheinberg, a combat surgeon from Oregon who served in Vietnam.
Based on his experiences, Dr Scheinberg teamed up with Portland design firm Ziba to develop a tourniquet specifically designed to save lives in battle.
Tourniquets are medical devices used for the temporary control of circulation, and on the battlefield, are vital to preventing blood loss.
But this particular tourniquet is different. It is the first field dressing that can be used at the waist to stabilise the pelvis and stop bleeding.Â
The only field treatment previously available was a rigid armature-and-clamp contraption which was slow, clumsy and lacked the benefit of pelvic stabilisation (right). The new system (left) is far simpler to use
Simple instructions are printed on the device in the event that the medic is also suffering trauma from injury
HOW THE TOURNIQUET WORKS
The ‘Sam Junctional Tourniquet’ is placed at or near the injury site, strapped on and pumped up until the bleeding stops.
The nylon surface of the strap hides pneumatic air balls that are inflated to stop bleeding.Â
A shut-off valve is included to prevent medics from over-inflating the device.Â
A buckle provides clear visual and sound cues to make sure the the medic knows when it is properly set.Â
Simple instructions are also printed on the device in the event that the medic is also suffering trauma from injury.
‘Research continues to show that high-on-the-thigh and groin-level injuries sustained in these blasts are the leading preventable cause of death in U.S, combat situations,’ Ziba wrote on its website.
‘The only field treatment previously available was a rigid armature-and-clamp contraption which was slow, clumsy and lacked the benefit of pelvic stabilisation.’
Dr Scheinberg gave Ziba complete design freedom with his only caveat being that it should be ‘brain dead and bomb proof.’
According to Wired, Ziba designers got rid of their sketchpads and instead opted to create a prototype by crawling on the floor of their studio and dodging imaginary mortar shells.
Dr Scheinberg gave Ziba complete design freedom with his only caveat being that it should be ‘brain dead and bomb proof.’ Ziba designers got rid of their sketchpads and instead opted to create a prototype by crawling on the floor of their studio and dodging imaginary mortar shells
The nylon surface of the strap hides pneumatic air balls (pictured) that are inflated to stop bleeding. A shut off valve is included to prevent medics from over-inflating the device
What they came up with was something known as the ‘Sam Junctional Tourniquet’ which weighs around a pound (0.45kg) and can be deployed in under 25 seconds.
It takes only few steps to apply; the device is placed at or near the injury site, strapped on and pumped up until the bleeding stops.
The nylon surface of the strap hides pneumatic air balls that are inflated to stop bleeding. A shut off valve is included to prevent medics from over-inflating the device.
A buckle provides clear visual and sound cues to make sure the the medic knows when it is properly set.
Over 1,200 systems have now been shipped to active battle zones and just a month after it was sent into the field, this new version of a tourniquet saved a life in Afghanistan.
Â
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JUSTTHEFACTS,
paradise, Cocos Islands,
45 minutes ago
Its called a belt
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