BE54 Five Function Hospital Electric Beds

Hospital electric beds are sophisticated pieces of medical equipment integral to patient care in healthcare settings. They are designed to enhance patient comfort and aid medical staff by offering electrically powered adjustments for bed height, head, and foot sections. These beds are often equipped with features like lockable caster wheels for ease of transport, side rails for patient safety, and central locking systems for stability. With the touch of a button, caregivers can achieve the precise positioning needed for various medical procedures or to improve patient comfort. Additionally, these beds may include emergency features like a quick-release CPR function and are constructed from durable, easy-to-clean materials to meet hospital hygiene standards, all of which contribute to an efficient, safe, and patient-centered healthcare experience.

Technical Parameter:

Technical Configuration:

Optional:

• Back-up Battery
• Bed Extension
• Nurse Controller
• Auto-regression Function
• Night Light
• Monkey Pole

Product Introduction:

Quality Control:

• Technology: Hospital electric beds utilize advanced technology to ensure patient comfort, safety, and ease of use. Precision welding techniques, including 360° seamless welding by robots, are employed to eliminate protrusions and discontinuities in the connections, ensuring a strong and secure bed structure. Furthermore, the implementation of powder coating technology results in a smooth and visually appealing surface that is resistant to heat and corrosion. These features not only contribute to the durability and safety of the electric beds but also enhance their aesthetic appeal within the hospital environment.
• Safety Standard: Hospital electric beds are designed to prioritize patient safety and comfort while providing caregivers with reliable and efficient tools to deliver care. Adhering to the stringent safety standards as outlined in ISO 13485:2016 and ISO 9001:2015, these beds ensure that their design, manufacturing, and quality management systems meet the regulatory requirements specific to medical devices. Furthermore, the CE marking on hospital electric beds signifies that they comply with the essential health, safety, and environmental protection standards set by the European Union. The combination of these certifications underscores a commitment to quality and safety, ensuring that the beds are suitable for the sensitive environment of medical care, where patient well-being and equipment reliability are paramount. Manufacturers of these beds are required to maintain a consistent approach to risk management and product development, which includes rigorous testing and quality control processes to protect patients and healthcare workers alike.

Frameworks：

• Platform: The platform of hospital electric beds is ingeniously divided into four distinct sections: the backrest, thigh rest, lower leg rest, and buttock rest. This strategic segmentation facilitates the independent adjustment of each section’s elevation and angle, thereby allowing the bed to be finely tailored to various medical requirements and patient needs. The design provides enhanced versatility for patient positioning, which can aid in treatment, recovery, and comfort. Additionally, the platform is equipped with ventilation holes to promote air circulation, effectively reducing the risk of pressure ulcers, a common concern for bedridden patients. Attention to detail in the construction of the platform ensures that the surface is smooth, without any protrusions or discontinuities that could compromise safety or hygiene. The robust and sleek design of these platforms not only meets the functional demands of a healthcare setting but also adds to the overall aesthetic, contributing to a more pleasant and reassuring environment for patients and staff alike.
• ABS Bed End With Safe Lock: The ABS bed ends of hospital electric beds are crafted from high-quality Acrylonitrile Butadiene Styrene (ABS) material, renowned for its heat resistance and resilience against corrosion. This robust polymer ensures that the bed ends can withstand the rigorous demands of a bustling hospital environment, including frequent cleaning and exposure to various chemicals and solutions. Employing advanced one-time injection molding technology, the bed ends are not only aesthetically pleasing, with a sleek, seamless finish, but also extremely durable, resisting impacts and stresses over long-term use. Moreover, these bed ends are designed to be detachable, a critical feature that enables quick and efficient removal in the event of an emergency, facilitating immediate medical intervention or rapid patient evacuation if necessary. This detachable functionality further underscores the commitment to patient safety, ensuring that the bed can be swiftly modified to meet the exigencies of acute care scenarios.
• PP Side Rail: The PP side rails of hospital electric beds are constructed from durable polypropylene (PP) material, which is chosen for its excellent heat resistance and corrosion-proof properties, ensuring a long lifespan even under the demanding conditions of hospital use. Thoughtfully engineered with anti-trap features, these side rails prevent patients from accidentally getting any part of their body caught, thereby enhancing safety and reducing the risk of injury. Additionally, the side rails incorporate a damping mechanism which allows them to be lowered gently and quietly, mitigating the possibility of sudden movements that could lead to accidental harm to the patient or caregiver. A notable feature of these PP side rails is the inclusion of an embedded angle indicator, which allows medical staff to easily and accurately monitor and adjust the bed to the precise angle required for the patient’s medical needs, comfort, or therapy protocols, without the need for additional tools or equipment.

Functions:

• Trendelenburg/Reverse Trendelenburg: The Trendelenburg and Reverse Trendelenburg functions are critical features of hospital electric beds, offering significant versatility in patient positioning. These functionalities allow the bed to tilt the patient safely at an angle of 12°±3°, either with the feet elevated above the head (Trendelenburg) or the head elevated above the feet (Reverse Trendelenburg). Such adjustments can be crucial in various medical scenarios, including facilitating venous return in hypotensive patients, promoting drainage and respiratory function, and aiding in certain surgical procedures or postoperative recovery. The precision with which these angles can be set and adjusted ensures that caregivers can swiftly respond to the changing needs of the patient, providing therapeutic benefits and enhancing patient care. The bed’s motorized controls allow for smooth and controlled tilting, ensuring patient comfort and safety during the adjustment process. This feature underscores the functionality and adaptability of hospital electric beds to cater to a wide range of medical conditions and therapeutic requirements.
• Back Section Adjustment: The back section adjustment of hospital electric beds is a pivotal feature that significantly enhances patient comfort and supports various medical needs. This adjustment capability allows the backrest of the bed to be elevated up to an angle of 75°±10°, providing a broad range of positioning options. Such flexibility is instrumental for patients who require elevation of the upper body to aid in breathing, digestion, or to alleviate certain conditions such as acid reflux. It also facilitates a more comfortable position for activities like eating, reading, or interacting with visitors. The precise control over the backrest angle is essential for postoperative care, where specific angles are necessary to ensure optimal healing and patient comfort. The electric bed’s smooth and quiet motorized system ensures that changes in positioning can be made without causing undue stress or discomfort to the patient. This attention to detail in the adjustability of the back section underscores the bed’s design focus on patient-centered care, allowing healthcare providers to tailor the bed configuration to the individual needs and treatment plans of their patients.
• Leg Section Adjustment:The leg section adjustment on hospital electric beds is a feature that offers considerable benefits for patient comfort and therapeutic needs. With the capability to adjust the leg section to an angle of 35°±10°, the beds can accommodate various medical and personal requirements. This range of adjustment can assist with circulation issues, reducing swelling in the lower extremities by facilitating venous return. It also allows for ergonomic positioning that can help prevent pressure ulcers and aid in the recovery process, especially post-surgery where leg elevation is often prescribed. For patient comfort, the ability to adjust the leg section enhances the ease of activities such as reading, watching television, or using electronic devices. The motorized adjustment is designed to be smooth and quiet, minimizing disturbance to the patient while providing precise control over the bed’s positioning. This function demonstrates the bed’s adaptability, allowing healthcare professionals to quickly and easily modify the bed to suit the specific and evolving needs of those in their care.
• Whole Bed Height Adjustment:The whole bed height adjustment feature of hospital electric beds is a critical aspect of their design, providing a height range from 455mm to 745mm. This adjustability is essential for accommodating the ergonomic needs of both patients and healthcare staff. For patients, the ability to lower the bed can facilitate safer and easier transfers to and from the bed, reducing the risk of falls and injuries. Conversely, raising the bed height can significantly aid in patient care activities, allowing caregivers to perform treatments and procedures at a comfortable working height, thereby reducing the strain on their backs and helping to prevent musculoskeletal injuries. The height adjustment mechanism is typically controlled by a motorized system that ensures smooth and quiet operation, so adjustments can be made without causing unnecessary disturbance. This flexibility in bed height not only enhances the safety and comfort of the patient during ingress and egress but also promotes a more efficient and safer work environment for the medical team, leading to better overall patient care.

Accessories Details:

• Caster: The casters on hospital electric beds are an integral component, designed to facilitate ease of mobility and secure positioning. These beds are commonly equipped with 5-inch twin-wheel casters that feature an anti-winding design, preventing cords and other debris from becoming entangled and impairing movement. The materials used for these casters are selected for their anti-corrosive and wear-resistant properties, ensuring longevity and consistent performance even after extensive use. The durability of the casters means that even with repeated applications of the brakes, the wheels remain intact and functional, without succumbing to damage or wear that could compromise their effectiveness. This robust construction and thoughtful design contribute to the bed’s overall maneuverability, allowing for smooth transportation of patients within the healthcare facility and the ability to lock the bed securely in place for patient safety and during medical procedures.
• CPR: The CPR function on hospital electric beds is an essential life-saving feature that provides rapid and efficient support in the event of a cardiac emergency. The electric manual CPR release function allows healthcare providers to quickly flatten the bed to a horizontal position, which is crucial for the effective delivery of cardiopulmonary resuscitation. With the press of a button or the release of a lever, the back section of the bed can be swiftly lowered, ensuring that no time is wasted during a critical situation where every second counts. This immediate response capability is designed to maximize the patient’s chances of a positive outcome by facilitating prompt and unobstructed access to the patient for CPR. The integration of this electric manual CPR function into the bed’s design reflects the high standards of emergency preparedness and patient care that are expected in modern medical settings.
• Bumper Wheel: The incorporation of bumper wheels at each corner of hospital electric beds is a practical and patient-centric design feature, ensuring the mitigation of impact during transport or repositioning. These bumpers are adept at absorbing the shock and reducing the force of collisions that can occur in the bustling environment of a hospital. This buffering effect is beneficial not only to the integrity of the bed frame itself, preventing scrapes and damage, but it also extends to the protection of hospital walls and doorways from scuffs and dents. Importantly, the reduced impact from any unintended contact contributes to a safer and more comfortable experience for the patient, lessening the likelihood of additional stress or injury. The bumper wheels thus exemplify a harmonious balance between facility maintenance and patient care, reflecting an overall design that is considerate of the hospital environment and its occupants.
• Linear Motor: The linear motor system installed in hospital electric beds is a cornerstone of their functionality, providing quiet and reliable operation with a noise level of only 50dB, which is roughly equivalent to the sound of moderate rainfall or a quiet conversation. This low noise output is crucial in a hospital setting, where patient rest and a calm atmosphere are paramount for recovery and well-being. The high durability of these motors, which are rated for up to 20,000 cycles, ensures that the beds can withstand the demands of frequent adjustments over an extended period without the need for constant maintenance. This longevity is essential in healthcare environments where equipment uptime and reliability directly impact the quality of patient care. The seamless operation of the linear motors allows for a multitude of bed position adjustments — including height, backrest, and leg section — to be performed smoothly and efficiently, enhancing the comfort and safety of patients while providing caregivers with a dependable tool to aid in treatment and care routines.
• Angle Indicator: The angle indicator is an invaluable feature integrated into the side rails of hospital electric beds, designed to assist healthcare providers in accurately gauging the elevation angle of the bed. Each of the four side rails is equipped with an embedded angle indicator, strategically placed for easy visibility. This allows medical staff to quickly assess the precise angle at which the bed is set, facilitating the administration of treatments that require specific positioning. For instance, when a patient needs to be positioned at an incline for respiratory therapy or post-surgery care, the angle indicator provides a quick reference to ensure the bed is adjusted to the correct degree. The convenience of these angle indicators helps in maintaining consistency in patient positioning, enhances the effectiveness of treatment, and supports documentation of care procedures. By providing staff with the ability to monitor and adjust bed angles with precision, these embedded indicators contribute to more efficient and effective patient care.
• Central Locking Pedal: The central locking pedal system on hospital electric beds is a key feature that enhances the ease of bed mobility and stability. Located at the end of the bed on both sides, the pedals are designed for intuitive operation: when the inside of the pedal is depressed and the outside is raised, the bed’s casters are unlocked, allowing healthcare providers to effortlessly move the bed to the desired location. Conversely, when the outside part of the pedal is pressed down, the bed’s casters lock into place, ensuring the bed remains stationary and secure. This simple yet effective control mechanism is crucial for the safety of patient transfers, as well as for maintaining the bed’s position during medical procedures or when the patient is resting. The integrated design of these pedals means that caregivers can quickly lock or unlock the bed from either side, streamlining the process and saving valuable time in a fast-paced hospital environment. The central locking pedal’s ease of use and accessibility underscore the bed’s functionality, combining patient safety with operational efficiency for medical staff.
• IV Pole&IV Pole Prevision:The IV pole prevision on hospital electric beds is a critical component designed to meet the diverse intravenous therapy needs of patients. Constructed from stainless steel for durability and ease of cleaning, the IV pole features four hooks, allowing multiple fluids to be administered concurrently. The height of the pole is adjustable, ensuring that it can be positioned optimally according to the specific requirements of the therapy being delivered and the comfort of the patient. Each corner of the bed is equipped with an IV pole socket, providing versatility in placement and the ability to adapt to various medical scenarios and room configurations. This universal design ensures that the IV pole can be readily moved to the most convenient location around the bed, catering to both patient access and the preferences of healthcare providers. The thoughtful integration of these features emphasizes functionality and flexibility, ensuring that the hospital beds can accommodate a wide range of patient needs with efficiency and reliability.
• Hand Controller:The hand controller of hospital electric beds is an ergonomic and user-friendly device that puts comprehensive bed adjustment capabilities at the fingertips of healthcare providers and patients. It allows for precise control over various bed functions, including the elevation of the back and leg sections, Trendelenburg and reverse Trendelenburg positioning (forward and backward tilting), and overall bed height adjustments. Additionally, it is instrumental in activating the vital CPR function, which quickly adjusts the bed to a flat position in case of a cardiac emergency. The controller is tethered to the bed with a helical cord, which provides a flexible and secure connection, ensuring the control device is always within reach yet able to be extended as needed for convenient operation. This accessibility is crucial in a hospital setting, where adjustments may need to be made quickly and efficiently to cater to patient comfort, carry out medical procedures, or respond to emergencies. The hand controller is intuitively designed to ensure ease of use, even under the stressful conditions often encountered in healthcare environments.

CENTRAL LOCKING PEDAL

There is a pedal on both sides of the end of the bed, when the inside of the pedal is down and the outside is up, the bed can be freely promoted, and when the outside side of the pedal is pressed down, the bed is locked in place. Effective control of bed fixation and transfer. The integrated design is very convenient.

PP SIDE RAIL

PP material, heat and corrosion resistance. With anti-jamming design to prevent any part of the body from getting stuck. Damped descent does not cause accidental injury. With built-in angler.

ABS FOLDABLE BED END

ABS material, heat and corrosion resistance. Disposable injection molding technology, beautiful and durable. Removable to respond to medical emergencies and protect patient safety.

CASTER

5 “double-sided casters with anti-winding design. The casters are made of corrosion-resistant and wear-resistant durable materials, and will not be damaged by repeated braking.