Celox MAG-TQ Arterial Training Tourniquet

*This tourniquet is intended for training purposes only.

With the Celox MAG-TQ, you can provide trainees with an easy way to learn and practice applying tourniquets quickly, safely and efficiently so they are confident and ready when an emergency occurs.

The MAG-TQ is an innovative arterial tourniquet which uses magnetic V-buckle technology for fast, easy, and effective bleed control, with rapid application in under 10 seconds and quick release due to the self-locking magnetic V-buckle. Allowing you to stop bleeds effectively in even the most challenging and high-pressure conditions.

Designed with precision and durability in mind it the Celox MAG-TQ has been engineered to allow for quick adjustments and maximum tension retention. It's also built to last and performs under harsh conditions with its high-strength, durable, non-slip strap and high-grade aluminium windlass rod for added strength and control.

Who is this for?

This tourniquet is perfect for training across a variety of roles, including military personnel, first responders and paramedics. Giving people an opportunity to learn how to quickly and effectively apply tourniquets during tourniquet training.

*Please note, this tourniquet is designed for training purposes only and should not be used in the event of an emergency.

Features:

• Great way to train and practice applying the Celox MAG-TQ tourniquet
• High-strength, durable, non-slip H&L Strap designed for quick adjustment and maximum tension retention
• Robust, precision-engineered, high-grade aluminium windlass rod built for strength and control
• Innovative magnetic v-buckle system with integrated release tab
• Dedicated write-on 'Time Tab' for recording when the tourniquet was applied
• Simplified application eliminates the need for a strap through the buckle
• Designed for single-handed application and release when not under tension
• Maintains buckle closure and overall device integrity under sustained occlusion force conditions
• Maintains functionality after exposure to dirt and sand contamination
• Maintains performance in high and low temperature conditions