The RS-NR Neil Robertson Stretcher is ideal for rescuing individuals from tight or restricted spaces. Constructed from heavy-duty semi-rigid canvas and a teak wood frame, it supports up to 120 kg and features strong straps for secure handling. The stretcher can be folded for compact storage and is versatile for both horizontal and vertical lifts. It offers essential stability and minimal movement, ensuring safe and efficient patient transfer.
NEIL ROBERTSON STRETCHER
Model: RS-NR Neil Robertson Stretcher
- Material: Heavy-duty semi-rigid canvas cloth with a sturdy teak wood frame
- imensions (Packing Size): 166 x 16 x 16 cm
- Load Limit: Supports up to 120 kg
- Frame: Durable teak wood for added strength and stability
- Outer Material: Canvas for flexibility and ease of handling
Product Features:
Designed for use in tight spaces where regular stretchers cannot fit, such as small doors or hatches
Flexible and semi-rigid canvas allows for easy folding and storage
Equipped with strong straps to securely hold the injured person, minimizing movement during rescue or transfer
Suitable for both horizontal and vertical lifting
Provides robust support and stability during the rescue process
Specification
Description
The RS-NR Neil Robertson Stretcher is ideal for rescuing individuals from tight or restricted spaces. Constructed from heavy-duty semi-rigid canvas and a teak wood frame, it supports up to 120 kg and features strong straps for secure handling. The stretcher can be folded for compact storage and is versatile for both horizontal and vertical lifts. It offers essential stability and minimal movement, ensuring safe and efficient patient transfer.
The RS-NR Neil Robertson Stretcher is ideal for rescuing individuals from tight or restricted spaces. Constructed from heavy-duty semi-rigid canvas and a teak wood frame, it supports up to 120 kg and features strong straps for secure handling. The stretcher can be folded for compact storage and is versatile for both horizontal and vertical lifts. It offers essential stability and minimal movement, ensuring safe and efficient patient transfer.
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