Scoop Stretcher
By: Ferno Canada
Discover what makes this Scoop Stretcher an essential tool for safe, efficient, and patient-centered extrication and transfer in emergency and medical situations.
The Ferno 65EXL Scoop Stretcher is engineered to provide superior comfort and safety for patients requiring spinal motion restriction, significantly reducing the risk of further injury during patient movement.
- Eliminates Log-Roll Maneuvers: This innovative scoop stretcher removes the need for dangerous log-rolling. Its unique two-piece design allows responders to gently “scoop” the patient from the ground, drastically decreasing unnecessary movement to the cervical spine.
- Smooth, Secure Operation: Features the proprietary Twin Safety Lock® hinge mechanism, ensuring smooth, nonbinding locking and unlocking of the two halves for reliable and efficient operation in critical situations.
- Constructed for Performance: Built from lightweight, high-impact composite materials, offering exceptional durability and strength while remaining easy for personnel to handle and maneuver.
- X-Ray Translucent Design: The composite material is fully X-ray translucent, allowing for essential diagnostic imaging to occur without removing the patient from the stretcher, saving crucial time and maintaining immobilization.
- Complete Patient Security: Comes equipped with three burgundy patient restraints to safely secure the individual during transport, providing peace of mind for both the patient and the emergency team.
- Optimized for Practical Use: When not in use, the scoop stretcher folds down to a compact 47 inches, making it exceptionally easy to carry and store on ambulances, in rescue vehicles, or within healthcare facilities without taking up excessive space.
Q & A
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Frequently Asked Questions
How does the Ferno Scoop Stretcher improve upon the traditional "log-roll" method for spinal injury patients?
The traditional log-roll maneuver, while common, inevitably involves twisting and lateral movement of the patient’s spine during the lift onto a backboard. The Ferno 65EXL is engineered specifically to eliminate this risk. Its innovative two-piece design allows responders to separate the halves, gently slide each section under the patient from either side, and then “scoop” and lock them together with the patient already centrally positioned.
This process minimizes lateral flexion, rotation, and overall manipulation of the spine. By virtually eliminating the log-roll, the device significantly reduces the risk of exacerbating a spinal cord injury during the initial lift. It provides a safer, more controlled method of patient movement that prioritizes spinal motion restriction from the very first moment of intervention.
Can X-rays or other imaging be performed while the patient is still on the scoop stretcher?
Yes, absolutely. A key design feature of the Ferno 65EXL is that it is constructed from a high-impact, composite material that is fully X-ray and CT scan translucent. This means that crucial diagnostic imaging can be conducted without the need to remove the patient from the stretcher.
Removing a trauma patient for imaging often requires additional, potentially dangerous movement. This design maintains consistent immobilization throughout the diagnostic process, saving critical time in the emergency department and upholding the spinal precautions established on scene. It streamlines the transition from field care to hospital diagnostics without compromising patient safety.
Is this scoop stretcher difficult to store or transport due to its two-piece design?
On the contrary, its design prioritizes portability. When the two halves are unlocked and folded, the entire unit collapses down to a remarkably compact profile of just 47 inches in length and 7.5 inches in width. This streamlined form factor makes it exceptionally easy to store this scoop stretcher in crowded compartments on ambulances, rescue vehicles, or in hospital hallways.
Despite its robust construction for supporting patients up to 350 lbs., the use of lightweight composite materials ensures it is easy for a single responder to carry to the scene. This combination of strength, low weight, and compact storage makes it a practical and space-efficient piece of essential equipment for any emergency service or healthcare facility.
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