The Griffin IFAK Emergency Scissors Holster is designed to keep one of the most critical medical tools exactly where it belongs: secure, accessible, and ready for immediate use.
The Griffin IFAK Starter and Refill Kit includes a high-quality trauma shear, which can be stored inside or directly on the IFAK. For users who require faster access or a dedicated mounting solution, the Griffin Trauma Shears Holster provides a practical and robust alternative.
The holster allows the trauma shears to be mounted on a plate carrier or belt, ensuring consistent placement across different loadouts. Its rotatable design enables the user to select the optimal carry orientation depending on role, preference, or equipment layout. The rotation angle can be set to open position, 90° to the left, 90° to the right, or upward (downward)-facing, maintaining secure retention in every configuration.
This product is precision 3D printed from PA12CF (carbon fiber-reinforced Nylon 12), a premium engineering-grade material renowned for its exceptional strength, stiffness, and durability. PA12CF combines excellent impact resistance with high heat resistance, low moisture absorption, and outstanding dimensional stability, making it ideal for demanding everyday use. Its lightweight yet rigid construction ensures the holster retains its shape and performance over time.
Despite its robust design, the holster weighs just 52 g (excluding scissors), providing exceptional durability with minimal added weight for comfortable all-day carry.
Each holster is printed on demand, reducing waste and allowing every unit to be manufactured specifically for your order. Minor cosmetic imperfections such as subtle layer lines or surface variations may be present. These do not affect the product's strength or functionality and help keep manufacturing costs, and therefore the final price, significantly lower while still delivering a high-performance product.
Built with durability and operational use in mind, the Griffin Trauma Shears Holster integrates seamlessly into modern medical setups. It enhances accessibility without adding unnecessary bulk and ensures that lifesaving tools remain immediately available when every second counts.
