For a modern society, it means a lot to be prepared in case accidents happen during your daily life. The awareness of the importance for emergency response resulted in the foundation of EMS. If a regular individual would be so cautious, not to mention the professional paramedics. Among all the devices they would use for the job, automatic stretchers have immensely accelerated the alteration of the field of emergency medical services by reducing the physical strain on medical personnel and enhancing patient safety during transport. These flexible devices come with features such as height adjustment, automatic loading and unloading, and advanced suspension systems. However, the effective and safe use of automatic stretchers requires a thorough understanding of their operation and proper techniques. Therefore, a detailed guide on how to use an automatic stretcher safely, from practical usage during patient transfer to the daily storage and maintenance would be very necessary.
Before using an automatic stretcher, it is essential for all medical personnel to be thoroughly familiar with its features and functionalities. Automatic stretchers are usually equipped with electric or hydraulic systems that allow for easy height adjustment, automatic raising and lowering, and seamless loading and unloading from the ambulance. They often include safety features such as locking mechanisms, safety straps, and side rails. Other kinds of automatic stretchers are highly compatible with the related medical devices such as ambulances, operation rooms and fixed hospital beds. Although they don’t have dazzling buttons to press, the pure mechanical designs embedded into the gurneys once being trained properly would also be very easy to use during transfer without letting the patients feel any discomfort before receiving professional treatment.
Before moving the patient, a comprehensive assessment of their condition is necessary. Because this directly determines which style of stretchers to use based on the patient’s injuries or medical condition. For instance, a patient with a suspected spinal injury may require immobilisation using a backboard before being placed on the stretcher. Communicate with the patient to explain the procedure, which can help reduce anxiety and gain their cooperation.
Also, the assessment of the environment surrounding the injured is equally important. It is crucial to make sure that the path to the ambulance is clear and safe for transport. Sometimes in wilderness, the flatness of the ground would be very helpful. A safe environment reduces the risk of secondary accidents and injuries during the transfer process.
The next thing to do is just transferring the patient onto the stretcher requires careful coordination and proper technique. First, position the stretcher as close to the patient as possible to minimize the distance they need to be moved. Adjust the stretcher height to align with the patient’s current level, whether they are on the ground, a bed, or another surface.
Once the patient was loaded, get the stretcher into the ambulance is a critical step that must be performed with precision. Position the stretcher at the back of the ambulance and ensure the loading platform is ready. Automatic stretchers are designed to integrate with ambulance loading systems, allowing for seamless transfer.
As the demands on emergency medical services continue to evolve, the role of the advanced ambulance stretcher has become increasingly essential. Manufacturers like Wuxi EMSRUN are leading the charge in developing innovative stretcher solutions that prioritize efficiency, safety, and patient comfort. Their flagship CR-17 model exemplifies this forward-thinking approach, with features line smooth-rolling wheels, lightweight frames, and automated loading mechanisms that enable faster, more agile patient transport. By combining cutting-edge technology with practical, user-centric design, EMSRUN is setting a new standard for how stretchers can optimize emergency workflows and enhance lifesaving outcomes. As the medical landscape progresses, these pioneering stretcher innovations will remain a critical component in equipping frontline responders with the tools they need to deliver the highest level of care.
