BE52A Intelligent Panel ICU Patient Bed

An ICU patient bed is a specialized medical bed designed specifically for use in Intensive Care Units, where patients require close monitoring and frequent medical interventions. These beds are engineered to support critical care needs, featuring advanced functionality that includes adjustable bed positions (such as Trendelenburg, reverse Trendelenburg, and various incline angles) to aid in patient respiratory function, circulation, and comfort. Equipped with robust safety features like side rails and emergency CPR functions, ICU beds also incorporate technology to monitor and adjust settings easily, such as integrated control panels accessible from both the patient and caregiver sides. The beds are typically mounted on lockable casters for easy and safe maneuverability within the hospital environment. Additionally, they are designed with durable materials to withstand rigorous use and ensure cleanliness, supporting the stringent hygiene protocols necessary in ICU settings. These features collectively make ICU patient beds essential tools in managing the complex care requirements of critically ill patients.

Technical Parameter:

Technical Configuration:

Optional:

• Night Light
• Monkey Pole
• X-ray Translucent Back Section
• Hand Controller
• Bed Extension
• Manual CPR
• Weighing System

Product Introduction:

Quality Control:

• Technology:The technology involved in an ICU patient bed is a testament to advanced engineering and healthcare innovation aimed at maximizing patient care and comfort. These beds are constructed with a complete steel structure, utilizing cutting-edge metal precision cutting techniques and seamless welding processes to ensure durability and hygiene. The steel frame ensures that the bed can withstand the rigors of hospital use while providing support and stability for patients. Moreover, the design often incorporates 360° rotation capabilities without any dead angles, which allows caregivers to adjust the bed to any position required for optimal patient treatment and accessibility. This flexibility is crucial in a high-stakes environment like the ICU, where patient positioning can significantly affect medical outcomes and the ease of performing critical procedures.  
• Safety Standard: The safety standards of ICU patient beds are rigorously upheld to ensure maximum safety and reliability in critical care environments. These beds meet the ISO 13485:2016 and ISO 9001:2015 standards, which are pivotal for medical device quality management systems, focusing on consistent design, development, production, and delivery of medical devices that are safe for their intended purposes. Additionally, ICU beds often come with CE certification, confirming that they meet EU safety, health, and environmental protection requirements, making them suitable for use within and often beyond European borders. Furthermore, FDA certification is crucial for their use in the United States, as it complies with stringent regulations ensuring the safety, efficacy, and security of medical devices. These certifications combined illustrate a commitment to high standards of quality and safety, essential for equipment used in the high-stakes settings of intensive care.

Framework：

• Platform: The platform of the ICU patient bed is meticulously designed with patient comfort and safety as top priorities. It features extendable panel designs at key areas such as the knee and abdominal sections, which are crucial for customizing the bed configuration to suit individual patient needs and reduce pressure during usage. This thoughtful engineering aids in alleviating pressure points, thus minimizing the risk of pressure ulcers—a common concern in immobilized patients. Additionally, the platform is equipped with ventilation holes that enhance breathability and air circulation, crucial for maintaining skin integrity and comfort. This feature also contributes to the bed’s effective waterproof qualities, ensuring that the environment remains hygienic and conducive to healing and recovery. Such innovations make the ICU patient bed a scientifically advanced support system, catering to the critical needs of patients while in intensive care.
• PP Bed End: The ICU patient bed features a bed end made of PP (polypropylene) that is crafted through a process of integral blow molding, ensuring a seamless and robust construction. This design choice not only enhances durability and cleanliness but also facilitates ease of maintenance. The PP material is known for its strength, chemical resistance, and hygiene properties, making it ideal for hospital settings where sanitation and infection control are critical. Additionally, the bed ends are designed to be easily detachable, which greatly simplifies the processes of assembly, disassembly, and adjustments required to accommodate various medical needs and emergencies. This feature is particularly beneficial in ICU settings, where quick configuration changes to the bed setup might be necessary to optimize patient care and facilitate medical procedures.
• PP Side Rail: The ICU patient bed is equipped with a state-of-the-art PP side rail system, specifically designed for enhanced safety and functionality. This system includes a four-piece damping lift mechanism made from polypropylene (PP), which provides sturdy, yet lightweight protection for patients. Each of these side rails is fitted with an angle display that allows healthcare providers to monitor and adjust the rail positioning accurately, ensuring optimum safety and comfort for the patient. A notable feature of these side rails is their ability to retract seamlessly beneath the bed platform when lowered. This design innovation facilitates a smooth transition and seamless interfacing with transport carts, greatly simplifying the process of moving patients between different areas of care. The integration of these features in the PP side rails underscores a commitment to both patient safety and operational efficiency in ICU settings.

Function:

• Trendelenburg/Reverse Trendelenburg: The ICU patient bed is equipped with both Trendelenburg and Reverse Trendelenburg functionalities, which are critical for various medical procedures and patient care protocols. These features allow the bed to tilt to a maximum angle of 12°±3°, enabling precise adjustments to meet specific clinical needs. The Trendelenburg position, where the bed is tilted so that the patient’s feet are higher than the head, is particularly useful for improving venous return to the heart, facilitating respiration, and can be instrumental during cardiac and respiratory distress. Conversely, the Reverse Trendelenburg position, which raises the head higher than the feet, is beneficial for patients with gastroesophageal reflux disease (GERD) and helps in certain surgical procedures. The ability to easily and accurately adjust the tilt of the bed is vital for optimizing patient outcomes and enhancing comfort, demonstrating the bed’s sophisticated design tailored to the demanding environment of intensive care units.
• Back Section Adjustment: The ICU patient bed includes a highly adaptable back-rest feature, designed to enhance patient comfort and meet a variety of clinical needs. This back-rest can be adjusted to lift up to an angle of 65°±10°, providing significant flexibility for positioning the patient. This range of adjustability is crucial for various therapeutic and care purposes, including aiding in respiration, promoting circulation, and facilitating feeding or other activities that require an upright position. The back-rest’s ability to adjust to such a degree also supports procedures such as x-rays or certain surgical interventions that may need to be performed directly in the ICU. Moreover, the precise control over the back-rest angle helps in reducing pressure ulcers by allowing regular repositioning of the patient, thus enhancing overall comfort and care quality. This feature reflects the bed’s design emphasis on patient safety, comfort, and medical efficacy.
• Leg Section Adjustment: The ICU patient bed is thoughtfully designed with a knee-rest that can be adjusted to lift up to 40°±10°, providing essential support and comfort for patients who require specific positioning for medical or therapeutic reasons. This adjustability is particularly beneficial in promoting circulation, reducing the risk of deep vein thrombosis, and alleviating pressure on the lower back, which can be crucial for patients confined to their beds for extended periods. The knee-rest’s range of motion allows for ergonomic positioning that can aid in recovery, especially after surgeries involving the lower extremities or when certain cardiovascular conditions are present. Additionally, adjusting the knee-rest can help in managing patient comfort during various activities and care procedures, such as changing linens, performing hygiene tasks, or undergoing diagnostic evaluations. This feature underscores the ICU bed’s role in providing comprehensive care through adaptable and patient-centered design elements.
• Whole Bed Height Adjustment: The height adjustment feature of the ICU patient bed is a critical component designed to enhance both patient care and caregiver ergonomics. This bed can be adjusted from a low of 500mm to a high of 750mm, providing flexibility to accommodate various medical procedures and patient needs. This range allows for easier and safer patient transfers, minimizing strain on both the patient and healthcare staff, particularly during shifts from the bed to a wheelchair or during transport. For medical staff, the ability to adjust the bed height ensures that they can maintain proper posture while administering care, thus reducing the risk of occupational injuries. For patients, a lower height during entry and exit from the bed helps in reducing the risk of falls, whereas a higher setting can be used during medical examinations and treatments to give caregivers better access without the need to bend, promoting efficiency and effectiveness in patient care. This height adjustability is integral to creating a safe and adaptable healing environment in the ICU.

Accessory Detail:

• Caster with Electric Brake:  The ICU patient bed is equipped with a sophisticated caster and braking system, designed to enhance mobility and stability under various clinical conditions. The bed features dual-sided omnidirectional casters that allow for smooth and effortless maneuvering in all directions, facilitating the easy repositioning of the bed within the intensive care unit. This mobility is crucial when navigating through tight spaces and corridors within the hospital environment. Additionally, the bed incorporates an advanced electronically controlled central locking wheel system, which enables quick and reliable braking and unlocking. This system is controlled electrically, allowing healthcare providers to engage and disengage the brakes with minimal effort, thereby ensuring the bed remains stationary during critical medical procedures or when the patient needs stability. This combination of omnidirectional movement and secure locking enhances both the functionality and safety of the ICU bed, making it an indispensable tool in the dynamic environment of intensive care.
• Angle Indicator: The ICU patient bed is thoughtfully equipped with angle indicators located on the exterior of each side rail, enhancing the precision with which medical personnel can adjust the bed’s positioning. These indicators are crucial for ensuring that the bed is set at the optimal angle for various medical conditions and procedures. By providing clear, easily readable measurements, healthcare providers can quickly and accurately adjust the bed to the necessary incline for respiratory conditions, surgical recovery, or specific therapeutic needs. This feature is particularly beneficial in a fast-paced ICU setting, where precise bed positioning can significantly impact patient comfort and recovery outcomes. The strategic placement of these angle indicators on the side rails ensures they are conveniently accessible, allowing for adjustments to be made efficiently without disrupting the patient unnecessarily. This design element underscores the commitment to delivering patient-centered care through enhanced functionality and user-friendly technology.
• IV Pole&IV Pole Prevision: The ICU patient bed is designed with optimal functionality and accessibility in mind, featuring an IV pole and IV pole provisions that enhance patient care efficiency. Strategically placed at each corner of the bed frame are predrilled holes designated for the IV pole, allowing for flexible placement based on the specific needs of the patient and the setup of medical equipment. The IV pole itself is constructed from durable stainless steel, ensuring longevity and resistance to wear in a demanding hospital environment. It is also height-adjustable, accommodating various infusion and treatment requirements. Equipped with four hooks, the IV pole can support multiple IV bags simultaneously, crucial for patients who may require various fluids or medications concurrently. This thoughtful integration of the IV pole and its provisions on the ICU bed ensures that essential treatments are easily accessible, streamlining the care process and enhancing the overall safety and convenience for both patients and healthcare providers.
• Control Panel: The control panel of the ICU patient bed is a cornerstone of its advanced design, equipped with state-of-the-art thermal sensing touch switches that are both durable and long-lasting. These touch-sensitive controls are embedded within the bed’s structure, located on both the inner and outer sides of the side rails near the head of the bed, as well as on the footboard. This dual placement of control panels allows for distinct operational modes: the inner side is conveniently positioned for patients, enabling them to adjust the posture of the bed independently, fostering a sense of autonomy and comfort. Conversely, the outer side of the side rails and the controls on the footboard are designed for use by medical personnel. This setup allows healthcare providers to adjust the bed’s position according to clinical needs without interfering with the patient’s personal control panel, thus maintaining an efficient workflow while respecting patient independence. Additionally, the system includes a locking feature to secure settings and ensure safety, preventing accidental adjustments and maintaining the integrity of patient care. This thoughtful distribution and functionality of the control panels underscore the bed’s commitment to both patient comfort and clinical efficacy.
• Back-up Battery: The ICU patient bed is equipped with a built-in backup battery, a critical feature designed to ensure continuous operation of the bed’s essential functions in the event of a power outage or other emergencies. This backup battery system provides a reliable source of power, enabling all the electronic components of the bed—such as the adjustable positions, control panels, and monitoring systems—to remain fully operational, even when the main power supply is interrupted. The presence of this battery ensures that patient care can proceed without interruption, maintaining the adjustability of the bed for patient comfort and accessibility for medical procedures. Additionally, the backup battery enhances safety by ensuring that vital functions like the bed’s height adjustments and angle settings can be modified to respond to emergency medical needs promptly. This feature is particularly vital in intensive care environments, where power stability cannot be guaranteed, and every second count in patient management.
• Electric CPR:  The ICU patient bed is equipped with an electric CPR (Cardiopulmonary Resuscitation) function, integrated into the control panel, which is paramount for emergency response situations. This advanced feature allows for the rapid flattening of the bed at the touch of a button, facilitating immediate and efficient resuscitation efforts. During a cardiac emergency, time is of the essence and manually adjusting the bed could result in critical delays. The electric CPR function eliminates such delays by quickly returning the bed to a flat position, providing an optimal surface for effective CPR. This not only enhances the chances of successful resuscitation but also streamlines the process, allowing healthcare providers to focus entirely on patient care without the distraction of mechanical adjustments. The inclusion of this feature reflects a deep understanding of the acute needs in intensive care scenarios, ensuring that the bed can be instantly prepared for emergency interventions, thereby potentially saving lives.

PP SIDE RAIL WITH BUILT-IN ANGLE INDICATOR AND CONTROL PANEL

The four-piece damping lifting PP guardrail is provided with an Angle display on the guardrail plate. When the guardrail is lowered, it shrinks under the bed panel to achieve seamless connection with the transfer stretcher. Both sides of the left and right guardrail near the head of the bed are equipped with embedded touch keyboards, and the inner keyboard is convenient for patients to adjust the posture of the bed body.

PP BED END WITH CONTROL PANNEL

The head and foot board are one-step blowed and molded by PP, which is convenient for disassembly and assembly. Touch keyboard for medical staff to adjust the posture of the bed body according to clinical needs, to achieve separate operation between doctors and patients.

CASTER WITH ELECTRIC BRAKE

PLATFORM