Details
XDcuff Reusable Ankle Cuff Pair (Metal)
The XDcuff Reusable Ankle Cuff Pair (Metal) is a heavy-duty, multi-use patient restraint solution designed for use with XDcuff metal Clip-iN stretcher systems. Built for EMS, ambulance, emergency department, and hospital environments, this ankle cuff pair provides a strong and reliable method for securing patients during transport or behavioral emergency situations while supporting long-term durability and performance.
Constructed with reinforced metal components, the reusable ankle cuffs are designed for repeated use when properly cleaned and maintained according to facility protocols. The metal Clip-iN interface allows for fast, secure attachment to compatible XDcuff stretcher anchor systems, eliminating the need for knots, straps, or improvised securing methods.
The quick clip-in design helps reduce application time while promoting standardized restraint procedures across teams and agencies. By providing a consistent and efficient method of deployment, the XDcuff Reusable Ankle Cuff Pair (Metal) helps improve workflow, reduce confusion, and enhance provider safety during high-stress patient encounters.
Features
- Reusable ankle cuff pair with metal Clip-iN interface
- Designed for repeated use with proper cleaning protocols
- Fast, secure clip-in attachment to XDcuff metal stretcher systems
- Reinforced metal construction for long-term durability
- Eliminates knots, straps, and complex securing methods
- Supports standardized restraint application procedures
- Compatible with XDcuff metal anchor stretcher systems
- Helps improve efficiency in emergency response settings
- Designed for EMS, ambulance, and hospital use
Ideal for
- EMS agencies
- Ambulance services
- Fire/EMS responders
- Emergency departments
- Hospitals
- Behavioral health transport teams
- Critical care transport units
The XDcuff Reusable Ankle Cuff Pair (Metal) delivers a durable and efficient restraint solution designed to help providers safely manage patients while improving consistency, speed, and control in demanding emergency care environments.
