Less risk for complications and cross-contamination
More visual and palpable veins for easier IV access
Easy to use and comfortable
for patients
Minimal material waste, weighing only 1 gram
Intravenous access is the most common invasive procedure in healthcare. Every year there are over 6 billion attempts at gaining IV access in the U.S. and in Europe. Despite being so common IV attempts often fail, causing unnecessary pain and huge costs.
Suboptimal tourniquet pressure results in worse vein visibility, palpability, and size - the most important addressable factors for successful IV access.
Today’s tourniquets apply inconsistent pressure, which contribute to failed attempts and inconsistent patient care.
Intravenous access is the most common invasive procedure in healthcare. Every year there are over 6 billion attempts at gaining IV access in the U.S. and in Europe. Despite being so common IV attempts often fail, causing unnecessary pain and huge costs.
Suboptimal tourniquet pressure results in worse vein visibility, palpability, and size - the most important addressable factors for successful IV access.
Today’s tourniquets apply inconsistent pressure, which contribute to failed attempts and inconsistent patient care.
Introducing tournIQ®, a tourniquet that's designed for successful IC access on the first attempt. It's award-winning force sensor technology allows users to apply optimal objective pressure, irrespective of the clinician’s level of experience.
tournIQ® is the first tourniquet to introduce reproducible pressure, which lets clinicians reliably achieve optimal vein conditions.
Optimal pressure means greater and faster dilation of veins, which increases the chance for successful intravenous access.
Introducing tournIQ®, a tourniquet that's designed for successful IC access on the first attempt. It's award-winning force sensor technology allows users to apply optimal objective pressure, irrespective of the clinician’s level of experience.
tournIQ® is the first tourniquet to introduce reproducible pressure, which lets clinicians reliably achieve optimal vein conditions.
Optimal pressure means greater and faster dilation of veins, which increases the chance for successful intravenous access.
Select tourniquet-type to compare applied pressure and average vein-dilation
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