BE55AN Five Function Hospital Beds Electric

Hospital beds electric are specialized medical beds designed to enhance patient comfort, safety, and care efficiency in healthcare settings. These beds are equipped with electric motors that enable various adjustments through simple controls, which can be operated by either healthcare providers or patients themselves. Key adjustments include the ability to modify the height of the bed, the angle of the back and leg sections, and to implement configurations such as the Trendelenburg and Reverse Trendelenburg positions. These features aid in therapeutic procedures, facilitate patient comfort, and assist in routine care activities like eating, reading, or changing position. Electric hospital beds are also outfitted with safety and convenience features such as lockable casters, bumper wheels to protect against collision damage, and IV poles with adjustable settings. The integration of these features helps to accommodate a wide range of medical conditions and care requirements, making electric hospital beds essential tools in modern medical care. Their use spans across various healthcare environments, from hospitals and clinics to long-term care facilities and home care settings, providing indispensable support in the management and recovery of patients.

Technical Parameter:

Technical Configuration:

Optional:

• Back-up Battery
• Nurse Controller
• Night Light
• Monkey Pole
• Manual CPR
• Electric CPR

Product Introduction:

Quality Control:

• Technology: Hospital beds electric represent a significant advancement in medical technology, enhancing both patient comfort and caregiver efficiency. These beds are often assembled using state-of-the-art manufacturing techniques, including the use of robotic arms for welding and precision cutting tools. Such methods ensure seamless connections and smooth finishes on the bed frames, eliminating sharp edges or uneven surfaces that could potentially harm patients. The integration of precision welding and cutting technologies not only contributes to the robustness and durability of the beds but also supports the incorporation of various mechanical and electronic features. These features might include adjustable bed heights, head and foot tilting, and built-in scales, which are controlled via panels or remote controls to adjust the bed to meet specific patient needs or medical requirements. This attention to detail in construction and functionality underscores the commitment to patient safety and comfort in modern healthcare facilities.
• Safety Standard: Hospital beds electric are rigorously designed to meet stringent safety standards, ensuring they provide secure and reliable support for patients. These beds comply with international safety certifications such as ISO 9001 and ISO 13485, which pertain to quality management and specific requirements for medical devices, respectively. Additionally, they are certified by the CE marking, affirming that the beds meet EU safety, health, and environmental protection requirements. In the United States, electric hospital beds must also comply with FDA regulations, which ensure that these products are safe and effective for medical use. These certifications are critical as they verify that the beds have undergone extensive testing and quality assurance processes, covering aspects such as electrical safety, mechanical stability, and emergency handling features. By adhering to these high standards, manufacturers of electric hospital beds ensure that the products are not only functional and beneficial for patient care but also prioritize patient safety at all times.

Framework：

• Platform: The design and functionality of hospital beds electric are centered around patient comfort and medical efficiency. These beds are segmented into four major parts: the back, buttock, thigh, and lower leg sections, each capable of independent or synchronized adjustments. This allows for precise positioning that can significantly aid in patient care and comfort. Furthermore, the surfaces of hospital beds electric are engineered to be smooth and devoid of any harmful protrusions or depressions, ensuring patient safety against potential injuries. Additionally, these beds incorporate breathable holes and are constructed with materials that are both waterproof and breathable, effectively reducing the risk of pressure sores. This careful design underscores the critical role that hospital beds electric play in modern healthcare, providing essential support that meets the high standards required for patient care.  
• ABS Bed End: The ABS bed ends of hospital beds electric are crafted using high-quality ABS material, known for its heat resistance and corrosion resistance, ensuring durability and long-term usability. These bed ends are produced through a single-step blow molding process, which results in a smooth and neat exterior that is easy to clean and maintain. An important feature of these bed ends is the inclusion of safety locks which can be easily detached. This design facilitates rapid removal in emergencies, allowing for immediate and unimpeded access to the patient for lifesaving interventions. Additionally, the bed ends are equipped with transparent card slots, providing a convenient place to display patient information. This feature enhances the efficiency of medical care by keeping vital patient details readily accessible to healthcare professionals.
• 6 Column Metal Side Rail:The side rails of hospital beds electric are designed to enhance patient safety and ease of use. These rails are constructed as foldable six-column metal barriers, robust enough to offer substantial protection and support. A key feature of these rails is the control switch located at the end of the rail, which allows caregivers and patients to easily fold down or raise the rails with a simple press. This functionality not only facilitates bed access for medical procedures but also makes it easier for patients to get in and out of bed. Special attention has been given to the design to prevent entrapment; the side rails are engineered to ensure that there are no gaps or openings where a patient’s hands, feet, or head could accidentally become trapped. This thoughtful design maximizes patient safety by eliminating common risks associated with less sophisticated bed rails, making these hospital beds electric a safer choice in healthcare settings.

Function:

• Trendelenburg/Reverse Trendelenburg: The Trendelenburg and Reverse Trendelenburg functions are notable features in hospital beds electric, offering significant therapeutic benefits. These beds are engineered to tilt up to 12°±3° in both Trendelenburg (head down, feet up) and Reverse Trendelenburg (head up, feet down) positions. This capability is crucial for various medical requirements, such as promoting venous return in hypotensive patients or aiding in respiratory function by relieving pressure from the diaphragm in certain conditions. The precise control of bed inclination enhances patient comfort and can be adjusted to accommodate specific therapeutic needs or to assist in surgical procedures. This flexibility not only supports patient care but also provides healthcare staff with an effective tool to manage and improve patient outcomes efficiently. The inclusion of these features in hospital beds electric underscores the beds’ adaptability and the emphasis on patient-centered care in modern medical environments.
• Back Section Adjustment: The back section adjustment feature of hospital beds electric is designed to enhance patient comfort and support various medical and therapeutic needs. This functionality allows the back section of the bed to be elevated up to 75°±10°, providing a wide range of positioning options. Such adjustability is crucial for patients who need to be in a semi-upright position, whether for eating, reading, engaging in conversation, or requiring elevation due to specific medical conditions like respiratory issues or acid reflux. The ability to adjust the back section easily also facilitates certain medical procedures and care activities, aiding in everything from basic daily care to more complex medical interventions. Furthermore, this feature helps in reducing the risk of pressure ulcers by allowing frequent changes in the patient’s position, promoting better circulation and comfort. Overall, the adjustable back section in hospital beds electric underscores the beds’ role in offering customizable support that caters directly to the patient’s comfort and healthcare needs.
• Leg Section Adjustment: The leg section adjustment on hospital beds electric is a critical feature designed for ergonomic support and patient comfort. This adjustment capability allows both the upper (thigh) and lower (calf) leg sections of the bed to be raised up to 35°±10°. Such flexibility is essential for a variety of therapeutic and comfort purposes. Elevating the leg sections can help in reducing swelling, improving circulation, and aiding in the recovery of lower limb surgeries or injuries. It also provides relief for patients with venous conditions or those who simply need to maintain specific leg positions to alleviate discomfort. The precise control available in these adjustments ensures that the needs of individual patients can be met, thereby enhancing their overall comfort and improving clinical outcomes. This feature in hospital beds electric not only aids in patient comfort but is also a valuable tool for healthcare providers in managing postoperative care and preventing complications related to prolonged immobility.
• Whole Bed Height Adjustment: The whole bed height adjustment is a fundamental feature of hospital beds electric, designed to enhance both patient accessibility and caregiver ergonomics. This feature allows the bed platform to be adjusted within a range from 455mm to 745mm. Such versatility in height adjustment is crucial for adapting the bed to suit various clinical and patient care scenarios. For patients, the lower height setting can facilitate easier and safer transfers to and from the bed, reducing the risk of falls and injuries, especially for those with mobility issues. For healthcare providers, adjusting the bed to a higher setting enables them to perform medical procedures and daily care activities without excessive bending or straining, thereby promoting better posture and reducing the risk of occupational injuries. This height adjustability feature in hospital beds electric ensures that the bed can be set to the optimal level for a wide range of needs, enhancing comfort, safety, and efficiency in the care environment.

Accessory Detail:

• Linear Motor: The linear motor used in hospital beds electric is a critical component that enhances the overall functionality and user experience of these advanced medical beds. These motors are typically imported to ensure high quality and reliability, providing stable operation with minimal power consumption and low noise levels. This makes them particularly suitable for the hospital ward environment, where maintaining a quiet and restful atmosphere is essential for patient recovery. The efficiency of these motors allows for smooth adjustments of the bed’s various sections, including back and leg adjustments, height modifications, and the implementation of features like Trendelenburg positions. The low energy requirement of these motors not only reduces operational costs but also supports the sustainability goals of healthcare facilities. Additionally, the reduced noise level ensures that patients are not disturbed during rest or sleep when adjustments are made, thus promoting a healing environment that is conducive to patient well-being.
• 5’’ Caster: The casters on hospital beds electric are designed to provide exceptional maneuverability and durability, crucial for the dynamic environment of healthcare facilities. These beds are typically equipped with five-inch twin-wheel casters made from a high-quality rubber material that is resistant to corrosion and high temperatures, ensuring long-term reliability and performance under various clinical conditions. The robust construction of these casters allows them to withstand frequent use, including rigorous movement across different floor types and the regular application of brakes. Even after extensive roll and brake testing, these rubber casters show no signs of wear, highlighting their superior quality and durability. This careful attention to caster design enhances the overall functionality of the beds, making it easier for healthcare staff to move and securely position the beds as needed, thereby improving patient care and operational efficiency in hospitals.
• Central Locking Pedal: The central locking pedal on hospital beds electric is a pivotal safety feature, strategically located at the foot of the bed for easy accessibility. This pedal is crafted from durable metal, ensuring it withstands the rigors of daily hospital use. With a simple press, the pedal activates a system that locks all the casters simultaneously, effectively securing the bed in place. This integrated braking system is especially beneficial in a fast-paced medical environment, where quick and reliable stabilization of the bed is necessary during emergency situations or when precise positioning is required for medical procedures. The convenience of being able to lock all wheels at once with a single action not only saves time but also enhances the safety for both the patient and healthcare professionals. This design detail underscores the commitment to providing functional and user-friendly features in hospital beds electric that cater to the needs of modern healthcare settings.
• Bumper Cover: The inclusion of bumper wheels on hospital beds electric is a thoughtful design feature aimed at enhancing the durability of the bed and protecting hospital infrastructure. Positioned strategically at each corner of the bed, these bumper wheels serve as a protective barrier between the bed and the surrounding environment. They are especially crucial in a hospital setting where beds are frequently moved between rooms, through corridors, and around tight spaces. The bumper wheels absorb impacts and prevent direct contact between the bed’s frame and walls or doorframes, thereby minimizing wear and tear on both the bed and hospital facilities. This not only helps in maintaining the aesthetic and structural integrity of hospital walls but also extends the life of the bed itself by shielding its corners from potential damage. The presence of these bumpers is a clear indicator of the attention to detail in designing hospital beds electric to withstand the demanding conditions of healthcare settings while ensuring safety and convenience in patient handling.
• IV Pole&IV Pole Prevision: The IV pole and its previsions on hospital beds electric are integral components designed to enhance the functionality and versatility of patient care. The IV pole itself is made from stainless steel, ensuring durability and resistance to corrosion, which is essential in the demanding hospital environment. It features an adjustable height mechanism, allowing it to be tailored to the specific needs of each patient, whether they are sitting up or lying down. Equipped with four hooks, the pole can comfortably support up to 15 kg, making it capable of holding multiple IV bags or other necessary medical devices simultaneously. Furthermore, the positioning of the IV pole sockets at each of the bed’s four corners is a thoughtful design choice, catering to various medical scenarios and patient needs. This placement ensures that the IV pole can be easily accessed from any side of the bed, greatly facilitating the work of healthcare providers and enhancing the overall efficiency of medical care. This flexibility is particularly beneficial in complex care situations where multiple infusions or medical devices are required, providing optimal positioning without cluttering the working space around the patient.
• Hand Controller: The hand controller of hospital beds electric is a critical feature designed to empower patients and enhance caregiver efficiency by providing easy access to various bed adjustments. Connected to the main body of the bed via a cord, the controller is equipped with a hook that allows it to be conveniently placed on the bed’s side rail, ensuring it is always within reach yet securely out of the way when not in use. This user-friendly controller enables comprehensive control over the bed’s multiple functions: adjusting the back and leg sections independently, synchronizing the back and leg movements, and controlling the Trendelenburg and Reverse Trendelenburg positions, as well as the overall height of the bed. This functionality not only facilitates precise positioning for patient comfort and medical requirements but also significantly aids in the delivery of care, allowing adjustments to be made quickly and efficiently without disrupting the patient unnecessarily. The thoughtful integration of the hand controller into the design of hospital beds electric underscores a commitment to creating a responsive and patient-centric healthcare environment.

CENTRAL LOCKING PEDAL

ABS BED END

6 COLUMN METAL SIDE RAIL