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TT (hemostatic tourniquet)

Product
Date of the premiere of the system: July 2024
Branches: Pharmaceuticals, Medicine, Healthcare

2024: Product Release

To Kostroma In July 2024, the production of hemostatic harnesses with a mechanism for fixing the application time began. A feature of these products is their manufacture using technology, 3D printing which allows you to quickly produce the necessary components.

According to the telegram channel "Popular Front. Kostroma, "new turnstiles, called" TT, "are equipped with a ratchet mechanism that ensures an even distribution of pressure on blood vessels. This allows them to be used not only on the limbs, but also on the abdomen, which significantly expands the scope of the device.

source = Screenshot from the video of the Telegram channel "NF"
In Kostroma, began the production of unique hemostatic products

Anna Alekseeva, director of Civilist LLC, emphasized the uniqueness of the development, stating that there were no analogues of this device in world practice. The developers paid special attention to the possibility of repeated use of turnstiles, which is especially important in the field.

The main feature of the new bundles is the built-in mechanism for fixing the overlay time. This is implemented as a special toggle switch on the cup of the device, which the user can easily rotate to the desired position. This function is critical for controlling the timing of vascular clamping and preventing complications associated with prolonged circulatory failure.

TT turnstiles were tested by medical workers, military specialists and employees of the disaster medicine service, receiving positive reviews. Tests have shown that even after 20 times of use, the products retain their functional characteristics.

The development of innovative medical devices in Kostroma has been going on for several years. Earlier, the Stereotec company introduced harnesses to stop bleeding, which can be applied with one hand. In addition, in 2023, Kostroma State University developed a special material and an original design for hemostatic harnesses.[1]

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