The CMC Patient Tie-In System is an essential tool designed for rescue professionals to safely and securely stabilize patients during transport in high-stakes rescue scenarios. This fully adjustable system ensures quick and reliable tie-ins, reducing movement and enhancing patient safety in dynamic environments. Built with durable materials and certified to NFPA standards, the Patient Tie-In System is an indispensable part of technical rescue gear.
Key Features:
- Secure Patient Stabilization:
The system’s design ensures a secure tie-in for patients, reducing unnecessary movement and enhancing safety during high-angle or confined space rescues. - Adjustable for Fast Deployment:
Equipped with multiple adjustment points, the tie-in system allows rescuers to quickly adapt to different patient sizes and needs, ensuring a snug and effective fit. - Durable and High-Strength Materials:
Made from robust webbing and reinforced stitching, the system withstands the rigors of technical rescue operations, offering long-lasting reliability. - Lightweight and Compact Design:
Despite its strength and durability, the system remains lightweight and easy to carry, ensuring it can be readily deployed in time-critical situations. - Certified for Professional Use:
Meets or exceeds NFPA standards, guaranteeing safety and compliance for technical rescue and patient stabilization operations. - Compatible with Litter Systems:
Designed to integrate seamlessly with rescue litters, the tie-in system ensures a secure and stable connection for smooth patient transport.
Specifications:
- Material: High-strength webbing with reinforced stitching
- Certifications: NFPA 1983 (General Use)
- Weight: 2.2 lbs (1 kg)
- Intended Use: Patient stabilization and transport
The CMC Patient Tie-In System provides rescue professionals with a reliable and efficient solution for stabilizing patients in dynamic and high-risk environments. Its durable design, ease of use, and professional-grade certification make it a critical tool for technical rescue teams.






