BE59C Electrical Hospital Bed with Nurse Controller

An electrical hospital bed is a specialized bed designed for use in medical settings such as hospitals, clinics, and nursing homes, equipped with motorized controls that allow for adjustments to various parts of the bed. These beds enhance patient comfort and safety by enabling adjustments for height, head, and foot angles, and sometimes even tilting capabilities. The adjustments can be controlled via built-in panels accessible to both healthcare providers and patients, or through a remote control operated by nursing staff. Electrical hospital beds are crucial for treating and managing patients with mobility issues, those recovering from surgery, or patients who require specific positions for therapeutic reasons. Additionally, these beds often come with features like IV pole attachments, back-up batteries for power outages, and manual CPR levers to quickly flatten the bed during emergency situations, making them indispensable in providing effective patient care and ensuring the safety and comfort of both patients and healthcare workers.

Technical Parameter:

Technical Configuration:

Optional:

• Weighing System
• Night Light
• Monkey Pole
• Electric CPR

Product Introduction:

Quality Control:

• Technology: The electrical hospital bed represents a pivotal advancement in medical technology, focusing on enhancing patient care and comfort. This type of bed integrates cutting-edge features such as robotic arm 360° welding technology for robust and seamless construction of steel components. The beds are further treated with a sophisticated steel-plastic spraying technique, which not only imparts a sleek and flawless appearance but also provides durability and corrosion resistance. The seamless integration of cold-pressed steel plates and steel tubes ensures that the bed structure is solid and enduring. These technological enhancements in electrical hospital beds not only facilitate easier patient management and mobility but also contribute to maintaining high hygiene standards, crucial in any medical setting. Overall, the electrical hospital bed exemplifies how technology can significantly improve the functionality and comfort provided in healthcare environments.
• Safety Standard: The safety standards of electrical hospital bed is rigorously upheld to ensure they meet the needs of medical environments, prioritizing patient safety and product reliability. These beds adhere to stringent international standards, including ISO 13485:2016, which focuses specifically on the quality management systems for medical devices, ensuring consistent design, development, production, and delivery of medical equipment that meets regulatory requirements. Additionally, they comply with ISO 9001:2015, a standard that emphasizes quality management systems to enhance customer satisfaction through the effective application of the system, including processes for improvement and assurance of conformity to customer and applicable statutory and regulatory requirements. Furthermore, these beds are also CE certified, indicating that they meet the health, safety, and environmental protection standards for products sold within the European Economic Area. This trio of certifications—ISO 13485:2016, ISO 9001:2015, and CE—ensures that each electrical hospital bed is not only safe for patient use but also reliable and of high quality, meeting the rigorous demands of healthcare settings.
• Design: The design of the electrical hospital bed is meticulously crafted to blend functionality with aesthetic and hygienic considerations. Featuring an O-shaped support structure, the bed not only ensures robust stability but also simplifies its design to minimize crevices where bacteria can accumulate, thereby promoting a cleaner environment. This streamlined design also enhances the bed’s visual appeal, making it a more attractive piece of medical equipment. Additionally, a control panel located at the foot of the bed includes user instructions, a thoughtful design element that guides medical staff in the correct operation of the bed’s multifunctional capabilities. This reduces unnecessary trial and error, making the use of the bed more straightforward and convenient. Such design considerations underscore the commitment to safety, efficiency, and cleanliness in the development of electrical hospital beds, ensuring they meet the high standards required in medical settings.

Framework：

• Platform: The platform of the electrical hospital bed is expertly designed for both functionality and patient comfort, featuring a steel-plastic sprayed bed surface panel divided into four key sections: the backrest, seat, thigh, and lower leg panels. The backrest panel is designed to be X-ray translucent, facilitating medical imaging without the need to move the patient, thereby enhancing comfort and safety during diagnostic procedures. The other sections are crafted from durable metal materials equipped with ventilation holes that not only allow for air circulation but also play a crucial role in preventing moisture buildup and reducing the risk of bedsores. Additionally, the design includes raised, sloped edges along the sides of the bed, which not only prevent the patient from rolling off but also enhance the overall safety and security of the patient. This thoughtful configuration of the bed platform demonstrates a commitment to integrating practical medical requirements with innovations aimed at patient safety and comfort.
• PP Bed End: The PP bed end of the electrical hospital bed is crafted from high-quality polypropylene (PP) material, utilizing a one-time blow molding process that ensures a seamless, aesthetically pleasing, and flawless finish. This material is specifically chosen for its excellent properties, such as resistance to corrosion and high temperatures, making it ideal for the demanding environments of medical facilities. Designed with safety and practicality in mind, the bed end includes a secure safety lock to prevent accidental detachment, ensuring patient safety at all times. Additionally, the PP bed end features a detachable design, allowing for quick and easy removal in emergency situations. This functionality enables rapid adjustments to be made to accommodate medical interventions or enhance patient comfort, further underscoring the thoughtful and innovative design of the electrical hospital bed.
• PP Side Rail: The PP side rail of the electrical hospital bed is designed with both functionality and safety in mind, crafted from polypropylene (PP) using a one-time blow molding process that ensures a beautiful, flawless, and durable finish. This material is chosen for its corrosion resistance and ability to withstand high temperatures, making it particularly suitable for the medical environment. The side rails feature an adjustable design, allowing them to be raised or lowered as needed to facilitate patient movement, medical care, or the transfer of patients. To enhance safety, the rails are equipped with a damping mechanism that prevents them from accidentally dropping and causing injury. Each section of the side rail is also outfitted with an embedded angle indicator, which assists caregivers in adjusting the rail to the appropriate height or angle with precision. Additionally, the backrest portion of the side rail includes embedded control panels on both the inside and outside, providing easy access for adjustments and enhancing the overall functionality and patient experience in using the electrical hospital bed.
• Base Cover: The base cover of the electrical hospital bed is thoughtfully designed to enhance both the functionality and the aesthetics of the bed. It includes a dust cover box which not only adds to the overall stability of the bed but also plays a crucial role in maintaining cleanliness. By shielding the underside of the bed from dust and debris, this feature significantly reduces the accumulation of bacteria, a critical factor in a hospital setting where hygiene is paramount. The presence of the base cover makes cleaning procedures much more straightforward, as it prevents dirt from settling into hard-to-reach areas under the bed. Additionally, the design of the base cover contributes to the sleek and polished appearance of the bed, aligning with modern medical equipment aesthetics and ensuring that the bed integrates seamlessly into the hospital environment. This combination of practicality and style makes the base cover an essential component of the electrical hospital bed’s design.

Function:

• Trendelenburg/Reverse Trendelenburg: The electrical hospital bed is equipped with both Trendelenburg and Reverse Trendelenburg functions, which are essential for various therapeutic and clinical needs. These features allow the bed to tilt at an angle of up to 12°±3°, facilitating precise positioning that can aid in enhancing patient care. The Trendelenburg position involves tilting the bed so that the patient’s feet are higher than their head, which can be beneficial for various medical conditions, including improving venous return and aiding in certain surgical procedures. Conversely, the Reverse Trendelenburg position tilts the bed so that the patient’s head is higher than their feet, which is often used to aid digestion, respiratory function, and reduce esophageal reflux. The ability to easily adjust the bed to these positions not only enhances patient comfort but also supports efficient care delivery by healthcare professionals. The bed’s robust motorized system ensures smooth and safe adjustments, minimizing discomfort for the patient and providing essential versatility in a clinical setting.
• Back Section Adjustment: The back section adjustment feature of the electrical hospital bed is designed to offer significant flexibility and comfort to patients, accommodating a variety of medical and recovery needs. This feature allows the back section of the bed to be elevated up to an angle of 75°±10°. Such a range of adjustment is crucial for patients who need to be positioned in a semi-upright or fully upright position, whether for respiratory ease, eating, reading, or engaging in other activities while in bed. This capability is particularly beneficial for patients with respiratory issues, as it helps in alleviating breathing difficulties. Moreover, the back adjustment feature supports various medical procedures and promotes better circulation and digestion. The adjustment mechanism is motorized, ensuring smooth and quiet operation to prevent any sudden movements that could discomfort the patient. This thoughtful integration of adjustable features enhances the overall functionality of the bed, making it an indispensable tool in providing patient care in hospital settings.
• Leg Section Adjustment: The back section adjustment of the electrical hospital bed is engineered to enhance patient comfort and support a range of medical needs. This feature allows for the back section to be raised to an angle of 35°±10°, providing an optimal range for various activities and therapeutic requirements. This adjustable capability is particularly crucial for patients who need elevation for breathing comfort, eating, or engaging in social activities without leaving the bed. It also assists in the prevention of pressure ulcers by allowing frequent repositioning, which is essential for patients who spend extended periods in bed. The motorized control ensures a smooth and gentle adjustment, minimizing discomfort and facilitating ease of use for both healthcare providers and patients. This functionality is not only a key aspect in enhancing patient comfort but also supports effective care practices, making the electrical hospital bed a vital piece of equipment in enhancing patient recovery and healthcare efficiency.
• Whole Bed Height Adjustment: The whole bed height adjustment feature of the electrical hospital bed is a critical aspect that enhances both patient care and caregiver ergonomics. This feature allows the bed’s height to be adjusted between 450mm and 750mm, providing flexibility to meet various clinical and patient comfort needs. A lower height can facilitate easier access for patients getting in and out of bed, reducing the risk of falls and injuries, which is particularly beneficial for those with limited mobility. Conversely, a higher setting can be used to bring the bed to a comfortable working height for healthcare providers, thereby reducing strain on their backs during patient care tasks such as examinations, treatments, or routine checks. The smooth, motorized adjustment mechanism ensures that changes in height can be made easily and quietly, without causing disturbance to the patient. This height adjustability feature makes the electrical hospital bed adaptable to different situations, enhancing safety and comfort for patients while promoting a safer working environment for healthcare professionals.
• Cardiac Chair Position: The cardiac chair position feature on the electrical hospital bed is an invaluable tool for enhancing patient comfort and facilitating recovery, particularly for those recovering from cardiac procedures or experiencing respiratory issues. This position transforms the bed into a chair-like configuration, where the back is raised, the knees are slightly bent, and the feet are lowered. This upright position helps to improve cardiovascular and pulmonary function by promoting better lung expansion and easier breathing. It also aids in digestion and can help prevent complications such as pneumonia, which are more prevalent in fully supine patients. The cardiac chair position is also ideal for patients when eating, reading, or interacting with visitors, making their hospital stay more comfortable and aiding in their psychological well-being. The transformation into this position is achieved smoothly and quietly through the bed’s motorized controls, ensuring that the patient remains comfortable and secure throughout the adjustment process. This adaptability not only supports patient recovery but also enhances their overall hospital experience.
• Back and Leg Section Linkage: The back and leg section linkage of the electrical hospital bed is a key feature designed to enhance patient comfort and support various therapeutic positions. This integrated system allows for the synchronized adjustment of both the back and leg sections, ensuring that as the back section is raised or lowered, the leg section moves in a corresponding manner. This coordinated movement helps maintain a balanced body posture, reducing the risk of muscle strain or discomfort. It is particularly beneficial in providing ergonomic support by keeping the spine properly aligned while adjusting the bed to various positions, such as in the cardiac chair position or when slightly elevated for respiratory ease. This linkage system is crucial for patients who require frequent position changes but need to avoid stress on specific body parts due to injuries, surgeries, or other medical conditions. The smooth, motorized operation of this linkage system ensures that adjustments can be made with minimal effort and disturbance to the patient, further enhancing the usability and functionality of the electrical hospital bed.

Accessory Detail:

• Linear Motor: The electrical hospital bed is equipped with four imported linear motors that drive its various adjustments and movements, ensuring a high degree of precision and reliability. These motors are specifically chosen for their quiet operation, which is crucial in a hospital setting where patient rest and a calm environment are paramount. The use of linear motors allows for smooth, seamless transitions between different bed positions, whether adjusting the height, back, or leg sections, or shifting into specialized positions like the Trendelenburg. This not only enhances patient comfort by eliminating jarring movements but also contributes to the efficiency of care provided by healthcare workers. The motors’ silent operation helps maintain a tranquil atmosphere, essential for patient healing and recovery. Furthermore, the durability and low maintenance requirements of these imported motors ensure that the bed remains a reliable resource in the hospital for a long time, supporting a wide range of patient needs with minimal downtime.
• 6’’Caster: The casters of the electrical hospital bed are meticulously designed to meet the rigorous demands of medical environments, featuring 150mm dual-sided wheels made from TPE (Thermoplastic Elastomer) material. This material selection ensures excellent wear resistance, allowing the casters to endure thousands of braking actions without showing signs of wear. The durability of TPE also contributes to the casters’ ability to resist corrosion, making them suitable for various medical settings, including those with stringent hygiene standards. Additionally, these casters are engineered for quiet operation, which is crucial in maintaining a peaceful environment conducive to patient recovery. An anti-winding design prevents cords and other debris from getting caught in the wheels, ensuring smooth and uninterrupted mobility. This combination of features — durability, quiet operation, and anti-winding design — enhances the overall functionality of the hospital bed, ensuring it can be easily and safely maneuvered across different areas of a healthcare facility.
• Bumper Wheel: The bumper wheels on the electrical hospital bed are strategically placed at all four corners and are designed to protrude slightly from the bed frame, providing essential protection. Made from soft plastic material, these bumper wheels play a crucial role in absorbing impact during collisions. This design minimizes the force transferred to both the bed and the surrounding infrastructure, such as walls or other medical equipment, effectively preventing potential damage. Additionally, the soft plastic material cushions the impact, which not only preserves the integrity of the bed and hospital facilities but also contributes to a quieter and less disruptive environment, thereby keeping patients from being startled or disturbed. These protective features are vital in a busy hospital setting where beds are frequently moved between rooms and through narrow corridors, ensuring the safety and comfort of both patients and the physical surroundings.
• Angle Indicator: The angle indicators on the electrical hospital bed are thoughtfully integrated into each of the bed’s guardrails, providing an essential tool for healthcare professionals. These indicators allow medical staff to precisely monitor the tilt angles of the bed, facilitating more accurate and effective patient care. Whether adjusting for therapeutic needs, patient comfort, or specific medical procedures, having a clear and easily readable scale at each guardrail ensures that adjustments can be made with confidence and precision. The clarity of the markings on the angle indicators is a key feature, designed to be easily distinguishable even in the dim lighting conditions often found in hospital rooms during night shifts. This feature not only enhances the functionality of the bed but also supports the healthcare team in delivering high-quality, responsive care tailored to the individual needs of each patient.
• Central Locking Pedal: The central locking pedal on the electrical hospital bed is an integral safety feature designed for ease of use and effective functionality. Located at the foot of the bed, this integrated central control pedal enables comprehensive braking with a single action. When the pedal is pressed down, it activates the locking mechanism on all wheels simultaneously, ensuring that the bed is securely fixed in place and cannot move. This stability is crucial for both patient safety and precision during medical treatments or examinations. Conversely, lifting the pedal disengages the lock, allowing the bed to be moved freely. This system provides a quick and efficient way to stabilize or mobilize the bed as needed, enhancing the safety and versatility of patient handling in busy medical environments. The central location of the pedal ensures it is easily accessible to healthcare providers, facilitating swift adjustments without the need to maneuver around the bed.
• IV Pole&IV Pole Prevision: The electrical hospital bed comes equipped with an IV pole and multiple IV pole previsions that enhance its functionality in a clinical setting. The IV pole itself is constructed from durable stainless steel, ensuring longevity and resistance to the wear and tear of daily medical use. It features an adjustable height mechanism, allowing healthcare providers to set the pole at the optimal height for patient comfort and treatment efficacy. Additionally, the pole is outfitted with four hooks, offering the capability to hang multiple IV bags simultaneously if required. This is particularly beneficial in scenarios where patients may need multiple fluids or medications delivered intravenously at the same time. The IV pole previsions are strategically positioned at each of the four bumper wheels of the bed. This placement maximizes versatility, allowing medical staff to attach the IV pole at the most convenient point depending on the patient’s position and the room’s layout. The multiple previsions ensure that the IV pole can be relocated quickly and easily, adapting to a range of medical needs and patient care scenarios.
• Control Panel: The control panel of the electrical hospital bed is thoughtfully integrated to enhance accessibility and ease of operation both for healthcare providers and patients. Positioned centrally on both the inside and outside of the two guardrails at the headboard, these panels are within easy reach. They enable control of various functions including the main power switch, and adjustments for the back and leg sections, as well as the tilting functions both anteriorly and posteriorly. Additionally, the linkage between the back and leg sections can be controlled from these panels, allowing for synchronized adjustments that provide optimum comfort and therapeutic benefits to the patient. On the outer side of the guardrails, there is a smaller control panel located on the handrails, specifically designed for patient use. This panel allows patients to adjust the overall height of the bed, facilitating safer and more comfortable transitions into and out of the bed. This feature is particularly beneficial for enhancing patient autonomy and mobility, contributing significantly to a patient’s recovery process by enabling them to perform some movements independently and safely. The strategic placement and functionality of these control panels underscore the bed’s design focus on patient safety, comfort, and caregiver efficiency.
• Nurse Controller: The nurse controller on the electrical hospital bed is a critical component, designed to enhance the efficiency and precision with which medical staff can manage care. It is connected to the bed through a spiraled cable that allows flexibility and reach, and it is equipped with a practical hook for convenient storage on the bed’s footboard when not in use. This controller provides comprehensive control over all the bed’s functions, enabling adjustments for the bed’s height, the angles of the back and leg sections, and the overall tilt of the bed. Moreover, it features a lock function that secures the settings to prevent accidental changes, ensuring patient safety. This all-encompassing control device is tailored for medical professionals, allowing them to deliver precise, effective treatment and care efficiently, which is especially crucial in a fast-paced hospital environment.
• Back-up Battery: The electrical hospital bed is equipped with a back-up battery system, a crucial feature designed to ensure continuous functionality during emergencies such as power outages or when moving the bed between locations where power may not be readily available. This battery system automatically activates when the main power supply is interrupted, maintaining all vital functions of the bed. This includes the ability to adjust bed positions—such as back and leg angles—as well as the bed’s height, ensuring that patient care remains uninterrupted and that medical staff can continue to operate effectively. The inclusion of a back-up battery not only enhances the safety and comfort of the patient during unexpected power failures but also bolsters the bed’s reliability as a critical piece of hospital equipment, providing peace of mind for both healthcare providers and patients.
• Mattress Holder: The electrical hospital bed is equipped with an innovative mattress holder feature, designed to enhance safety and comfort for patients. Located along the edges of the bed platform, these raised metal fixtures securely hold the mattress in place, preventing any movement or sliding when the bed’s position is adjusted. This is particularly important when the bed is tilted for various medical procedures or to improve patient comfort, as it ensures that the mattress remains stable and aligned with the bed frame. By preventing the mattress from shifting, the mattress holder not only protects the patient from potential falls or discomfort but also contributes to the overall effectiveness of care by maintaining the intended position of the patient. This feature underscores the bed’s design focus on safety and reliability, providing an added layer of security that is vital in a healthcare setting.
• Manual CPR: The electrical hospital bed is equipped with a manual CPR feature that significantly enhances its safety capabilities in emergency situations. Located conveniently at the side of the bed, just beneath the sleeping platform, the manual CPR lever can be quickly and easily accessed by healthcare providers. When pressed, this lever instantaneously returns the bed to its flat position, an essential requirement for performing life-saving procedures such as cardiopulmonary resuscitation (CPR). This rapid response is crucial in emergency scenarios, where time is of the essence, and the ability to immediately prepare the patient for CPR can be the difference between life and death. By integrating this feature, the design of the bed not only prioritizes patient safety but also supports medical staff in efficiently administering critical care, thereby enhancing the overall functionality of the bed in clinical settings.

ACP (attendant control panel)

Connected to the bed by a spiral wire, with hooks to attach to the footboard. Equipped with control and locking functions for all functions, it is suitable for professional treatment by medical staff.

PP BED END

Made of PP material, one-time blow molding, beautiful, flawless, anti-corrosion and high temperature resistant. With safety lock, it will not be accidentally detached. Detachable design allows quick adjustment in emergency situations.

PP SIDE RAIL

Made of PP material, one-time blow molding, beautiful, flawless, anti-corrosion and high temperature resistant. Liftable design is convenient for patient activities, medical care or patient transfer. Damping guardrails prevent sudden and unexpected drops from causing harm. Each guardrail comes with an embedded angler. There are embedded control panels on both sides of the back panel guardrail.

MANUAL CPR

The handle of manual CPR is located under the side of the hospital bed. When pressed, the bed panel can be immediately returned to its original flat state for cardiopulmonary resuscitation and other medical measures. This feature greatly enhances the safety of the hospital bed.

PLATFORM

Steel plastic spray bed panel. Divided into four parts: back panel, hip panel, thigh panel and calf panel. The back panel is X-ray transparent. The remaining part is made of metal with ventilation holes, which is effectively waterproof and prevents bedsores. The sloping and heightened design on both sides further enhances safety.