XMetix Tak710 Tourniquet - Black

Professional automatic tourniquet designed for stopping hemorrhage from a severely injured limb or a limb stump in the event of amputation, when a pressure dressing is insufficient. The electronically controlled mechanism tightens the strap at the push of a button, without manual tightening of the tourniquet. It was designed for soldiers, uniformed service personnel, paramedics, and civilian users.

The tourniquet consists of a 90 cm long and 3.8 cm wide synthetic strap and an electronic control module in a durable housing. The adjustable design allows it to be fitted to the limb. The buttons enable operation while wearing tactical gloves, and the safety lock protects against accidental activation. The housing meets the IP56 standard, providing protection against dust and strong water jets.

The tourniquet can achieve occlusion in less than 30 seconds. The initial compression pressure is 200–250 mmHg, and the manual adjustment range is from 100 to 500 mmHg. The tourniquet maintains pressure for at least 6 hours. The LCD display with timer makes it easier to monitor the duration of pressure application. The self-locking mechanism prevents the strap from loosening automatically after the batteries are depleted.

The model is powered by three CR2 batteries, which ensures optimal performance and long operating time without the need for frequent battery replacement.

The tourniquet underwent environmental resistance testing in accordance with the MIL-STD-810G standard. Additionally, the model was classified as a class I medical device and marked CE. The operating temperature range is from -30 degrees Celsius to +60 degrees Celsius.

• electric tightening mechanism
• button operation
• initial compression pressure: 200-250 mmHg
• manual pressure adjustment range: 100-500 mmHg
• pressure maintenance time: minimum 6 hours
• IP56 standard
• temperature range -30 degrees Celsius to +60 degrees Celsius
• CE marking
• class I medical device
• powered by 3 CR2 batteries
• LCD display with timer
• self-locking mechanism