BE56A 5 Function Electric Bed for Hospital

An electric bed for hospitals is a sophisticated piece of medical equipment designed to enhance patient care and improve the working conditions for healthcare professionals. These beds are furnished with electric motors that control various adjustments, allowing for the precise positioning of the bed for patient comfort and specific medical needs. Functions such as raising or lowering the bed, adjusting the head and foot sections, and even tilting functions like the Trendelenburg position can be activated with the hand controller. Built to accommodate a diverse patient population, these beds feature safety rails, easy-to-clean surfaces, and are constructed to support various medical devices and accessories. Electric hospital beds are essential in modern healthcare settings, providing crucial functionalities that assist in patient recovery, facilitate medical procedures, and ensure the safety and comfort of both patients and healthcare providers.

Technical Parameter:

Technical Configuration:

Optional:

• Nurse Controller
• X-ray Translucent Mattress Platform (Back Section)
• Monkey Pole

Product Introduction:

Quality Control:

• Technology: The electric bed for hospital represent the pinnacle of patient care technology, merging comfort and functionality to cater to the diverse needs of patients and healthcare staff alike. At the core of their design is precision engineering, with robotic welding playing a critical role in creating strong, durable joints that maintain integrity under continuous use. The seamless construction not only contributes to the bed’s robustness but also facilitates a cleaner environment by minimizing spaces where pathogens might accumulate. These beds are equipped with sophisticated electronics that allow for a multitude of adjustments, from bed height to back and leg elevations, all operable with minimal effort, often through a handheld remote or even a patient’s tablet. This technology not only provides crucial support for patient recovery by improving circulation and comfort but also enhances the safety and efficiency of the care provided by healthcare professionals. With the integration of smart features such as integrated weighing scales, position monitoring, and customizable control panels, electric beds are at the forefront of technological innovation in the hospital setting.
• Safety Standard: The electric bed for hospital usage is governed by a robust framework of safety standards that ensure the wellbeing of patients and staff. These beds are engineered to comply with the exacting criteria of ISO 13485:2016, which is a testament to their reliability in the medical context, focusing on the quality management systems specific to the medical device industry. Furthermore, adherence to ISO 9001:2015 underlines a commitment to continuous improvement and customer satisfaction within the quality management process, encompassing all aspects of operation. Beyond these, the CE marking signifies that the electric bed for hospital meets the European Union’s mandatory health, safety, and environmental protection benchmarks. This trinity of certifications ISO 13485:2016, ISO 9001:2015, and CE ensures that each electric bed for hospital is up to par with the highest international standards, providing peace of mind that they are safe, efficient, and reliable for critical healthcare settings.

Frameworks：

• Platform: The platform of the electric bed for hospital is a testament to the meticulous attention to durability and patient support in medical environments. Crafted with a robust powder-coated steel finish, the platform is engineered to withstand the rigors of daily hospital use while providing a formidable defense against corrosion and wear. This not only ensures a longer lifespan for the bed but also maintains a clean and professional appearance free from rust and degradation. The structural integrity of the platform is evidenced by its impressive weight capacity, supporting up to 280kg, which makes it versatile enough to accommodate a wide range of patient sizes and weights. Such capacity ensures that the electric bed for hospital can deliver consistent performance and reliability, fostering a safe and comfortable healing environment for all patients. With its combination of strength and thoughtful engineering, the platform is an integral component of the electric bed, ensuring it meets the dynamic needs of modern healthcare facilities.
• PP Bed End:   The PP bed end of the electric bed for hospital is a critical feature designed with patient safety and hospital efficiency in mind. Constructed from high-impact polypropylene (PP) material, the head and foot boards boast superior durability, capable of withstanding the daily stressors of a busy hospital environment without succumbing to damage. This resilience ensures that the bed retains its structural integrity and aesthetic appeal over time. Adding to their functionality, these boards are fitted with an easy-release mechanism that significantly streamlines the process of removal. This feature is invaluable in emergency situations, allowing medical staff to quickly access the patient from all angles without delay. Furthermore, the ease with which the boards can be detached also facilitates routine cleaning and maintenance, ensuring that the electric bed for hospital adheres to the highest standards of hygiene and cleanliness. The practicality and versatility provided by the PP bed end design are essential for the fast-paced and varied demands of modern medical care.
• PP Side Rail: The PP side rail of the electric bed for hospital is engineered with patient safety and comfort as paramount concerns. These side rails are constructed from high-impact polypropylene (PP) material, ensuring they possess a level of durability that stands up to the intensive use within hospital settings. Their robust nature means they are less likely to succumb to breakage or wear, thereby maintaining the safety barrier essential for patient protection. A key feature of these side rails is the damped lifting mechanism, which allows healthcare providers to smoothly lower the guardrail from the outside. This design is specifically aimed at mitigating the risk associated with accidental patient interactions with the rail, which could lead to unintended lowering and potential harm. Such incidents are effectively prevented by this thoughtful safety feature. Additionally, an embedded angle indicator is a subtle yet crucial inclusion, providing caregivers with instant visual feedback on the rail positioning, ensuring adjustments can be made accurately and efficiently to meet the specific needs of each patient. This combination of durable materials, patient-centric safety features, and practical design enhancements underscores the PP side rail’s role in promoting a secure and adaptable healing environment in the electric bed for hospital.

Functions:

• Back Section Adjustment:   The back section adjustment of the electric bed for hospital is a key feature that greatly enhances patient comfort and aids in clinical care. Designed to articulate within a range of 70°±10°, this adjustment allows the backrest to be precisely positioned to accommodate various patient requirements, from sitting up for meals and interaction to inclined positions that may be necessary for certain medical conditions or procedures. The adjustability also plays a pivotal role in promoting lung expansion and improving breathing for patients who spend extended periods in bed. The electric mechanism that controls this feature is engineered for smooth and quiet operation, ensuring that adjustments can be made with minimal disturbance to the patient. Moreover, the ability to alter the angle of the back section effortlessly is not only a boon for patient autonomy but also aids in reducing the physical strain on healthcare staff, as they can reposition patients safely and efficiently. The precise control and range of motion provided by the back section adjustment are indicative of the thoughtful design of the electric bed for hospital, which prioritizes patient comfort and the ergonomic needs of caregivers.
• Leg Section Adjustment: The leg section adjustment on the electric bed for hospital is crafted with meticulous care to enhance patient comfort and therapeutic benefits. Offering a range of 40°±10°, it allows for the lower extremities to be elevated and positioned with precision, catering to the specific medical requirements and personal preferences of patients. This adjustability is particularly beneficial for improving circulation, reducing swelling, and preventing pressure ulcers, which are essential considerations for patients who are bedridden or have limited mobility. The gentle and controlled movement facilitated by the electric mechanism minimizes discomfort when changing positions, providing a seamless transition that can also aid in post-operative recovery by promoting venous return. Additionally, this feature supports various therapeutic and care activities, such as wound care or leg exercises, by allowing caregivers to adjust the bed to optimal angles for treatment. The integration of leg section adjustment into the electric bed for hospital underscores the commitment to delivering patient-centered care through advanced, user-friendly technology.
• Whole Bed Height Adjustment: The whole bed height adjustment feature of the electric bed for hospital is a critical aspect that enhances both patient accessibility and ergonomic support for healthcare providers. With an adjustable range from 470mm to 678mm, this function allows the bed to be set to the optimal height for various activities and medical procedures. For patients, the lower height can facilitate safe and easy entry or exit from the bed, thereby promoting independence and reducing the risk of falls. Conversely, the bed can be raised to a higher position, providing caregivers with a comfortable working height that can prevent strain and overexertion when attending to patient needs or performing medical tasks. The smooth and quiet electric operation ensures that bed height adjustments can be made quickly and without causing undue disturbance, crucial in a hospital environment. This height adaptability not only contributes to a more efficient and safer healthcare setting but also adheres to the principles of patient dignity and care excellence that are central to the design of the electric bed for hospital.
• Trendelenburg/Reverse Trendelenburg: The Trendelenburg and Reverse Trendelenburg functions are sophisticated features incorporated into the design of the electric bed for hospital, each providing a tilt of 12°±3°. These positions are indispensable in various clinical scenarios. The Trendelenburg position involves tilting the bed with the head end down, which can be crucial during emergencies for patients experiencing shock or in need of improved venous return to the heart. It is also utilized for certain surgical procedures and postoperative care to enhance blood flow. Conversely, the Reverse Trendelenburg position elevates the head end, which is beneficial for patients with respiratory issues, as it aids in easing breathing. It also assists in gastroesophageal reflux management and is favorable for patients who are consuming meals while bedridden. The precise adjustability of these angles via the electric bed’s controls allows for swift and smooth transitions, ensuring that patients can be repositioned with minimal discomfort while healthcare providers can adapt the bed quickly and efficiently to meet the immediate needs of the patient care protocols.
• CPR:  The incorporation of both electric and manual Cardiopulmonary Resuscitation (CPR) functions in the electric bed for hospital is an innovative safety measure that enhances the bed’s emergency response capabilities. The electromanual CPR feature ensures that in the event of a cardiac emergency, medical staff can promptly initiate life-saving measures. The electric CPR function allows for the rapid restoration of all bed panels into a flat position with the simple press of a button on the remote control. This instantaneous transformation of the bed surface is crucial for the effective delivery of compressions or advanced cardiac life support procedures. In scenarios where power is unavailable or immediate action is required, the manual CPR lever, conveniently located at one side of the bed, becomes vital. By pressing this lever, medical personnel can quickly lower all bed panels, converting the bed into a flat platform suitable for CPR. The inclusion of a damping device is a thoughtful addition that controls the descent of the bed panels, ensuring that there is no sudden impact that could potentially cause further harm to the patient. This dual electromanual CPR system on the electric bed for hospital thus combines swift functionality with patient safety, significantly aiding medical staff during critical moments.

Accessories Details:

• Caster: The casters of the electric bed for hospital have been meticulously engineered to meet the demanding requirements of healthcare environments. Each bed is equipped with 6-inch double-sided wheels that are specifically designed to prevent winding of sheets or other materials, which can hamper movement and stability. The anti-winding feature ensures that the bed can be transported smoothly and efficiently throughout the hospital premises without the wheels becoming entangled or obstructed. These casters are made from a corrosion-resistant, non-slip material, often rubber, which provides excellent grip and control on the variety of surfaces found in medical facilities. The material also absorbs shock and reduces noise, contributing to a quieter, more peaceful environment for patients. Durability and ease of maintenance are further enhanced by the casters’ resistance to corrosion, ensuring longevity and consistent performance in the often harsh, sanitizing chemicals used in hospitals.
• Angle Indicator: The angle indicator on the electric bed for hospital is an integral component designed to enhance patient care through precise positioning. This feature allows medical staff to quickly and accurately set the bed to the required angles for various therapeutic and clinical purposes. Whether adjusting the backrest, leg section, or implementing Trendelenburg or Reverse Trendelenburg positions, the angle indicator provides clear and immediate feedback on the bed’s configuration. This is particularly important for ensuring that patients are positioned correctly for their specific medical conditions, which can aid in recovery, comfort, and the effectiveness of treatments. The angle indicator’s user-friendly design also means that adjustments can be made with confidence, reducing the risk of error and increasing the safety of the patient. It is a simple yet essential tool that supports the precision and quality of patient care delivered in hospitals.
• Central locking Pedal: The central locking pedal of the electric bed for hospital is a vital feature that enhances the bed’s mobility and stability. Positioned conveniently at the end of the bed, this central control mechanism offers a swift and efficient means of securing the bed in place. With a simple step-down action on the foot pedal, healthcare providers can engage the lock, simultaneously bringing all casters to a halt. This unified locking system ensures that the bed remains stationary, preventing any inadvertent movement that could jeopardize patient safety or disrupt medical procedures. The central locking pedal’s design prioritizes ease of use, allowing medical staff to quickly immobilize the bed without needing to adjust each caster individually. Additionally, this system provides a secure and effective means of suspension, ensuring the bed remains exactly where needed, whether that is in a patient’s room, an operating theater, or during patient transport within the facility. Once the pedal is lifted, the bed is free to move again, allowing for smooth and controlled maneuverability throughout the hospital.
• IV Pole&IV Pole Prevision: The electric bed for hospital is equipped with thoughtfully designed previsions for intravenous (IV) therapy, ensuring that patients receive vital medications and fluids with ease and flexibility. Located at each of the four corners of the bed are IV pole previsions, strategically positioned to allow for infusion from different locations according to patient need or bed orientation. This multi-positional capability ensures that IV lines can be placed in the most convenient and clinically appropriate location, enhancing patient comfort and accessibility for healthcare providers. The infusion rod itself is constructed from a durable stainless steel body, chosen for its robustness and ease of cleaning, which is crucial for maintaining the sterile conditions necessary in a hospital setting. The rod is equipped with four hooks, providing the capacity to hang multiple IV bags simultaneously. This is an important feature for patients who may require various fluids, medications, or blood products. The height of the infusion rod is adjustable, ensuring that it can be tailored to the specific requirements of the treatment and the comfort of the patient, whether they are sitting up or lying down. The combination of the IV pole’s sturdy construction, flexibility in placement, and adjustable height underscores the electric bed’s design focus on patient care and treatment efficiency.
• Back-up Battery: The back-up battery feature on an electric bed for hospital serves as a critical safeguard, ensuring that the bed’s key functions remain operational in the event of a power outage or when moving the bed between locations where an electrical supply is not readily available. This battery provides an auxiliary power source that automatically takes over, allowing for the uninterrupted use of the bed’s adjustable positions. The presence of a back-up battery is particularly essential in maintaining the comfort and safety of the patient during emergencies or critical care activities. It also ensures that healthcare providers can continue to deliver high-quality care without the risk of power disruption affecting bed functionality. The back-up battery system is designed to be low-maintenance with a charging feature that is typically integrated into the bed’s electrical system, ensuring that it is always charged and ready for use when needed. This seamless integration of the back-up battery into the bed’s operations exemplifies the commitment to reliability and patient-centered design in hospital equipment.
• Corner Bumper: The electric bed for hospital features an innovative corner bumper design that significantly enhances the protection of both hospital infrastructure and the bed itself from accidental collisions. This material is chosen for its ability to absorb and cushion impact forces effectively. When the bed comes into contact with walls or other obstacles within the hospital environment, the inflatable bumpers compress, dissipating the energy of the collision to protect the integrity of both the bed and the hospital’s walls or door frames. The color red is used for its high visibility, alerting staff and reducing the likelihood of collisions. In addition to safeguarding the physical assets of the hospital, these corner bumpers play a crucial role in ensuring patient safety. Even under severe impacts, the bumpers help to minimize the transfer of shock to the bed’s occupant, thereby contributing to a safer and more comfortable experience for the patient. The inclusion of these corner bumpers reflects the emphasis on patient safety, equipment longevity, and the prevention of damage to hospital property in the design of hospital beds.

PP SIDE RAIL

Side rails are crafted from high-impact PP material for superior durability.The damped lifting can lower the guardrail from the outside to effectively prevent the danger caused by the wrong touch of the patient. With embedded angle indicator.

CASTER

6 “double-side wheel, with anti-winding design, corrosion resistant non-slip material rubber casters.

CORNER BUMPER

A new anti-collision wheel design with red inflatable soft plastic distributed around further strengthens the cushioning of the impact force, protects the wall, and protects the bed body, placing the patient under severe impact.

PP BED END

The head and foot boards are crafted from high-impact PP material for superior durability. The easy-release mechanism allows for quick removal during emergencies or routine cleaning, enhancing the bed’s practicality and versatility.