Supplier of Rigid Spine Board Stretchers for Pre-Hospital Emergency Care
When conducting outdoor activities or in emergency rescue situations, when encountering a patient with suspected spinal injury, the most important thing is to immobilize first before moving. REDLEAF, as a professional manufacturer of stretchers, has specially designed a spine board stretcher for this purpose.
The spine board stretcher is an integrated long board, made of HDPE material through a single hollow blow molding process. It can be applied in various rescue scenarios, including emergency rescue on land and in water. Provide integrated fixation for patients with injuries to the head, neck, spine, hip joint, and pelvis, to ensure that during rescue and transportation, secondary injuries are prevented due to accidents or improper movement.
The Spine Board Stretcher Main Application
Traffic accidents, falls from heights, and injuries caused by heavy objects.
When rescuing the injured in water areas or in narrow and deformed spaces, it serves as the initial fixed and transfer platform
When rescuing severely injured patients with injuries to the brain, chest and abdomen, it is necessary to perform proper immobilization of the patients.
Treat acute injuries to the neck or back that occur in intense competitive sports
Rigid Fixation Prevents Secondary Injuries
The spine board stretcher is not only an independent fixation board, but can also serve as a universal base for both the scoop and basket stretchers.
Our spine board stretcher is equipped with safety belts. Optional accessories include spider belts and head fixation devices.These devices can provide continuous fixation from the head to the pelvis. These designs are not simple fixations; they offer absolute stability and non-deformable external support, fundamentally eliminating the risk of secondary injuries caused by improper handling or accidents.
The spine board stretcher is made of pollution-free HDPE material through a single-stage hollow blow molding process. It features corrosion resistance, chemical resistance, and the ability to withstand extreme temperatures, and can be directly disinfected and cleaned.Some models are equipped with carbon fiber tubes or natural bamboo strips to enhance the usability of the stretcher. The maximum load capacity can reach 250kg. While ensuring the load-bearing capacity and rigidity, it is significantly lighter in weight than traditional wooden boards and other fixed stretchers, making it convenient to carry to accident scenes in different locations.
Our stretcher board is equipped with a full-body fixation system, featuring multiple sets of standardized holes and slots. It can be compatible with most types of head fixators, safety belts, pelvic fixation belts, and lower limb fixation belts, achieving comprehensive and multi-point fixation.
In addition, the stretcher is equipped with X-ray and CT penetrable materials, allowing patients to undergo a complete set of medical imaging examinations without having to be moved.
The handles distributed symmetrically on the board conform to human mechanics, facilitating safe grasping and lifting by rescuers at any angle. The specially designed drowning rescue drainage holes can be used for water surface rescue towing or rapid drainage of accumulated water.
The core function of the spinal board is to provide rigid fixation support for suspected spinal injuries. While the core function of the scoop stretcher is to facilitate the transfer without the need to move the patient, making it convenient to remove the patient from the ground or a narrow space. Both can be used in combination in various scenarios.
We have small-sized spine board stretchers specially designed for children. For adults, the standard board is suitable for most body types. If you are unsure, please feel free to consult our sales staff to help you make the purchase together.
Yes, and I highly recommend that you use it. The hard spine board stretchers provide an ideal back support platform for external chest compression, ensuring that each compression reaches the required depth and preventing ineffective compression due to the decline of the mattress. It is an auxiliary tool for implementing high-quality CPR.
