Hongyu is a comprehensive manufacturer and exporter in the medical and health field in China. We mainly produce high-quality electric hospital beds. We are committed to driving the medical and health sector into an era of intelligent innovation, providing patients and medical staff with healthier and more humanized medical services.
With the development of technology, most electric hospital beds adopt electric push rods instead of the screws of manual hospital beds. Driven by electricity, they can easily complete complex movements such as the overall lifting and lowering of patients, back lifting and lowering, leg flexion and extension, and even lateral flipping, providing great convenience for professional medical care and long-term family care. Xiamen Hongyu Intelligent Technology provides this product to promote the development of nursing work towards greater efficiency and humanization, while improving the quality of life of bedridden patients.
Specific parameters
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Adjustment Angles |
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Backrest Angle |
0° - 70° (±2°) |
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Knee Support Angle |
0° - 30° (±2°) |
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Trendelenburg / Reverse Trendelenburg |
≥12° (±2°) |
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Dimensions & Load |
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Overall Dimensions (L x W) |
2170 x 1096 mm (±10 mm) |
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Height Range |
450 - 740 mm (±10 mm) |
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Safe Working Load |
200 kg |
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Standard Configuration |
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Side Rails |
A pair of aluminum H/F plates and side rails |
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Control System |
Hand control (1 unit) |
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Motors |
4 motors |
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Infusion Stand |
4 infusion stand holes |
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Casters |
4 x 125mm luxury casters with central locking system |
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CPR Function |
Electric / Manual Cardiopulmonary Resuscitation |
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Electrical Parameters |
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Power Supply |
220V / 110V, 50Hz / 60Hz |
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Ingress Protection (IP) Rating |
IPX4 |
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Electric Shock Protection |
Type BF |
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Motor Duty Cycle |
10% (Max. 2 minutes on / 18 minutes off) |
We produce a wide range of hospital and long-term care beds, aiming to provide your patients and residents with the best care environment, meeting various needs, severity levels and care conditions from intensive care to home care.
Our products help reduce the risk of falls, improve care in stress areas, and enhance the independence and comfort of residents and patients. The hospital adjustable bed is equipped with foldable aluminium guardrails, detachable aluminum-wood bed headboards, epoxy-coated bed frames and detachable HDPE peelers on the mattress platform. Equipped with manual/electric cardiopulmonary resuscitation first aid equipment.
Before using the product, please first check whether the power cord is firmly inserted and whether the controller circuit is reliable to avoid electric shock accidents. The linear actuator wires and power lines of the controller must not be placed between the lifting connecting rod and the upper and lower bed frames to prevent the wires from being cut and causing personal injury accidents.
To avoid damaging the hospital adjustable bed, do not stand or jump on it. When the headboard is raised, neither the person sitting on it nor standing on it can push the headboard. After the headboard is raised, the person lying in bed cannot push it either.
After braking, the swivel casters cannot be pushed or moved. It can only be moved after the brake is released. To avoid damaging the guardrail, do not push it horizontally. To prevent damage to the universal wheels of the multi-functional electric medical bed, it must not be pushed on an uneven road surface.
When using the controller, the buttons on the control panel can only be pressed one by one to complete the operation. Do not press more than two buttons simultaneously to operate the multi-functional electric medical bed to avoid misoperation that may endanger the patient's safety.
If the electric hospital bed in the hospital needs to be moved, the power plug must be unplugged first and the power controller wire wound up before it can be pushed to prevent safety accidents.
When the hospital needs to move the hospital adjustable bed, the guardrail should be lifted to prevent patients from falling and getting injured during the movement. When moving, two or more people must operate simultaneously to avoid losing direction control during the propulsion process, which may cause structural damage and endanger the patient's health.