What application scenarios is the rescue bed suitable for

As a core equipment in the medical emergency system, the rescue bed is designed to balance multifunctionality, stability, and mobility, and is applied in the following scenarios:
1. Emergency Department (ED)
Acute patient rescue
Application scenarios: Patients with acute myocardial infarction, stroke, traumatic shock, etc. require immediate life support.
Core functional requirements:
Quick lifting: In conjunction with cardiopulmonary resuscitation (CPR), the bed height should be adjustable within the range of 50-90cm.
X-ray fluoroscopy function: The bed board is made of carbon fiber material and compatible with C-arm devices, quickly eliminating complications such as pneumothorax and fractures.
Triage and transportation
Application scenario: When patients are transported from the ambulance to the emergency room, they need to maintain a stable position.
Core functional requirements:
Central braking system: braking distance of 5cm to ensure safe transportation.
Guardrail and restraint system: Four side adjustable guardrails to prevent patients from falling off the bed.
2. Intensive Care Unit (ICU)
Long term monitoring and care
Application scenario: Severe patients need to stay in bed for a long time and frequently adjust their overall position to prevent complications.
Core functional requirements:
Multi position adjustment: head/foot independent tilt, angle range 0° -45° Support special positions such as prone position ventilation.
Anti pressure ulcer design: Memory sponge mattress improves pressure distribution uniformity by 30%, reducing the incidence of pressure ulcers.
Multidisciplinary collaboration
Application scenario: Ultrasound, X-ray and other examinations are often required in the ICU, and the bed must be compatible with imaging equipment.
Core functional requirements:
Transmittance: The bed board has a transmittance of 90% to ensure image quality.
3. Operating Room (OR)
Intraoperative transportation and operation
Application scenario: When patients are transferred from the emergency bed to the operating table, they need to maintain a consistent position.
Core functional requirements:
Height matching: The electric lifting system is automatically calibrated with the operating table, with a height error of 2mm.
Aseptic design: The bed surface is coated with antibacterial material to reduce the risk of infection.
Postoperative recovery
Application scenario: Patients need to observe their vital signs on the rescue bed after surgery.
Core functional requirements:
Vital sign monitoring integration: Reserved interfaces that can be connected to devices such as monitors and ventilators.
4. Pre hospital care
Emergency ambulance transportation
Application scenario: Patients need to maintain a stable position during transportation from the site to the hospital.
Core functional requirements:
Folding and portability: Some emergency beds can be folded to fit the space of the ambulance.
Power endurance: Built in UPS power supply, with a endurance of 30 minutes, to cope with sudden power outages.
Disaster rescue
Application scenario: At disaster sites such as earthquakes and fires, it is necessary to quickly evacuate the injured.
Core functional requirements:
Durability: The bed body is made of high-strength aluminum alloy, with a load-bearing capacity of 200kg.
5. Special department applications
Obstetrics
Application scenario: High risk postpartum women need to observe bleeding on the emergency bed after delivery.
Core functional requirements:
Tilt adjustment: Raise the head and lower the feet to promote uterine contractions.
Pediatrics
Application scenario: Special rescue beds are required for neonatal rescue.

Core functional requirements:
Size adaptation: Bed width of 60cm, suitable for children's body shape.
Conclusion
The emergency bed is a component of the medical emergency system; All rounder athlete; Its design needs to balance functionality, safety, and cost. Through standardized configuration and intelligent upgrading, emergency efficiency can be improved and medical risks can be reduced. In the emergency department ICU、 In core scenarios such as operating rooms, emergency beds have become irreplaceable key equipment.