This scoop stretcher is designed for safe patient lifting and transfer without unnecessary body movement, making it especially suitable for suspected spinal, pelvic, or multiple-trauma patients. Its two-piece split structure allows the stretcher to be separated longitudinally and positioned on both sides of the patient, then locked together—minimizing the need to roll or lift the patient during initial placement.
The frame is made from high-strength aluminum alloy, offering a balanced combination of rigidity, durability, and lightweight handling. Telescopic length adjustment enables the stretcher to accommodate patients of different heights, while the narrow-profile end design allows use in confined spaces such as stairwells, accident vehicles, and crowded rescue scenes.
Once secured, the patient can be transferred directly onto an ambulance stretcher, spine board, or hospital bed, maintaining alignment throughout the process and reducing the risk of secondary injury. The smooth metal surface and simple mechanical structure allow for fast cleaning and disinfection, supporting frequent professional use in emergency services.
The stretcher folds into a compact size for storage and transport and is equipped with securing straps to ensure patient stability during movement.
Key Advantages
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Two-piece detachable design: allows placement without rolling or lifting the patient
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Reduces secondary injury risk: ideal for spinal, pelvic, and trauma cases
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High-strength aluminum alloy frame: lightweight yet rigid and durable
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Telescopic length adjustment: fits patients of different heights
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Narrow end structure: suitable for tight and confined rescue environments
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Secure locking mechanism: ensures stability after assembly
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Easy to clean and disinfect: smooth metal surfaces for professional reuse
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Compatible with ambulance stretchers and spine boards
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Compact folding design: convenient for storage and transport
Applications
Ambulance services, hospital emergency departments, fire and rescue teams, traffic-accident response, industrial rescue, disaster response units, and training centers requiring controlled patient transfer with minimal movement.
