BE55A 5 Function Electric ICU Beds

ICU beds, or Intensive Care Unit beds, are specialized hospital beds designed specifically for patients requiring critical care. These beds are equipped with advanced features to meet the complex needs of critically ill or injured patients, facilitating intensive treatment and constant monitoring. Key functionalities of ICU beds include adjustable bed positions to enhance patient comfort and treatment effectiveness, built-in monitoring systems to track vital signs, and critical care functionalities like CPR settings for emergency resuscitation. Zusätzlich, ICU beds often feature enhanced mobility options, such as high-quality casters for easy maneuverability within the hospital. The integration of technology with patient care in ICU beds is crucial, as it allows healthcare providers to adjust treatment as needed quickly and efficiently, ensuring the highest level of care for patients in life-threatening conditions.

Technische Parameter:

Technische Konfiguration:

Produkt Einführung:

Qualitätskontrolle:

• Technologie: ICU beds are designed with sophisticated technology to meet the rigorous demands of critical care environments. The beds are coated in epoxy paint that is tested against ASTM standards for antibacterial properties, ensuring a surface that minimizes the risk of infection. The paint has a specific thickness of 0.15mm and a brightness level of 65°, tailored to provide a durable and easy-to-clean surface that withstands frequent sanitization. Remarkably, this coating is also engineered to resist impacts up to 50kg, safeguarding the bed’s integrity against physical stresses. Zusätzlich, the structure of the bed includes a solid base made from a 5mm thick stamped rotating plate, enhancing the bed’s stability and durability. This robust construction ensures that the bed can safely support patients while providing caregivers with reliable functionality in critical care settings.
• Sicherheitsnorm: ICU beds are engineered to adhere to stringent safety standards, ensuring they meet the requirements for use in critical care environments. These beds are certified under ISO 9001 and ISO 13485, which are benchmarks for quality management systems and consistent design and manufacturing respectively. Zusätzlich, they comply with CE and FDA regulations, affirming their safety, Wirksamkeit, and quality on both European and American fronts. The beds also meet IPX4 protection standards, which means they are protected against water splashes from all directions, crucial for ensuring electronic components remain safe in a variety of clinical situations. Darüber hinaus, the inclusion of ground line protection further enhances their safety, protecting against electrical faults and ensuring the safety of both patients and healthcare providers. These certifications and features collectively underline the reliability and safety of ICU beds in delivering critical care.

Framework：

• Plattform: The platform of ICU beds is meticulously crafted to enhance both patient care and the efficiency of medical procedures. A key feature is the radio translucent top, which allows for X-rays to be conducted directly at the bedside, eliminating the need to move the patient and thereby reducing risk and discomfort. This innovative top is complemented by a four-section HPL (High Pressure Laminate) board bed platform that supports a specialized mattress. The HPL board is chosen for its durability and ease of cleaning, crucial in maintaining sterility. Darüber hinaus, the entire bed platform can withstand sterilization temperatures of up to 100°C, ensuring it meets the highest standards of hygiene. The material’s tensile strength is robust as well, capable of withstanding up to 30MPa, which guarantees it can endure the mechanical stresses of daily use in a hectic ICU environment. This combination of features ensures that the bed platform is not only functional but also enhances patient comfort and safety, facilitating effective treatment and recovery.
• HDPP Bed End: The ICU beds are equipped with an advanced HDPP (High-Density Polypropylene) bed end, which incorporates a unique design for the head and foot boards. Notably, the foot board features a built-in controller with a 3.5-inch LCD display that provides real-time information on the bed’s moving angles, enhancing the precision with which adjustments can be made to meet patient needs. This robust system is designed to endure over 100,000 presses, ensuring longevity and reliability in the high-demand environment of intensive care. Größe:1000*565mm. Zusätzlich, the ICU beds include a nurse control pendant located at the foot board, which allows healthcare professionals to adjust bed settings conveniently and efficiently. A particularly critical feature is the one-step removal mechanism of the head board, which allows for quick and easy access to the patient’s head, facilitating rapid medical intervention in emergency situations. This combination of durability, functionality, and ease of use underscores the bed’s design, which is focused on optimizing patient care and enhancing the workflow of medical staff.
• HDPP Seitenschiene: The HDPP (High-Density Polypropylene) side rails on ICU beds incorporate several safety and convenience features to enhance patient care. These side rails are designed to retract, significantly reducing the risk of patient entrapment and falls, which are critical concerns in any healthcare setting. The retractable mechanism allows the rails to be smoothly tucked away when not needed, facilitating easy access for both caregivers and patients. Zusätzlich, these side rails include a buffer system to soften any impacts, thereby protecting the patient and extending the durability of the rails themselves. Each rail is also equipped with a built-in controller and an angle indicator, enabling precise adjustments to be made easily and allowing both patients and medical staff to monitor the bed configuration effectively. This integration of advanced safety features, user-friendly design, and technological enhancements ensures that the ICU beds offer a secure and efficient environment for patient recovery and care management.

Function:

• Trendelenburg/Reverse Trendelenburg: The ICU beds are equipped with the capability to adjust into both Trendelenburg and Reverse Trendelenburg positions, with a precision range of 12°±3°. These positions are integral for various medical procedures and patient care protocols. The Trendelenburg position, where the bed is tilted so that the patient’s feet are higher than their head, is particularly useful for enhancing venous return in patients with low blood pressure or for certain surgical procedures. Umgekehrt, the Reverse Trendelenburg position elevates the head higher than the feet, beneficial for patients with respiratory issues, promoting better lung expansion and aiding in the prevention of gastroesophageal reflux. The ability to finely adjust these angles within a defined range ensures that the bed can be quickly and accurately set to meet the specific needs of each patient, thereby enhancing both safety and comfort. This functionality is essential in an ICU setting, where rapid and precise adjustments to a patient’s position can significantly impact their recovery and health outcomes.
• Anpassung des Rückenteils: The ICU beds are designed with an advanced back section adjustment feature, capable of lifting to an angle of 75°±10°. This flexible range allows medical staff to elevate the back section to accommodate various patient needs, from improving respiratory function to enhancing comfort during feeding or other activities. Such adjustability is crucial for patient care, as it enables the bed to be configured to support specific clinical requirements and patient preferences. For instance, a higher back lift can aid patients who suffer from respiratory conditions by helping them breathe more easily, or assist in the prevention of pressure ulcers by redistributing pressure. The precision in the adjustment range also ensures that the bed can be finely tuned to avoid discomfort or additional strain on the patient, which is particularly important in the recovery of those with spinal or back injuries. This feature, therefore, not only enhances patient comfort but is also a critical tool in the effective management of care in an ICU environment.
• Einstellung der Beinpartie: The leg section adjustment on ICU beds is a critical feature designed to enhance patient comfort and support various therapeutic requirements. The beds are engineered to allow the leg section to lift to an angle of 35°±10°. This range of motion is essential for several medical reasons, including promoting circulation and reducing the risk of venous thrombosis in immobile patients. Elevating the legs can also help in managing and reducing edema in patients who are confined to bed for long periods. The precise adjustability within this 10-degree variance ensures that the leg section can be finely tuned to meet individual patient needs, whether for comfort, medical, or rehabilitative purposes. Zusätzlich, this feature assists in the proper positioning of patients for specific medical procedures or recovery protocols, thereby enhancing overall care efficacy in the intensive care setting.
• Einstellung der gesamten Betthöhe: The ICU beds feature a highly versatile whole bed height adjustment capability, ranging from 435mm to 775mm. This range allows for significant flexibility in patient handling and care, accommodating various medical activities and staff ergonomic requirements. Lowering the bed to the minimum height of 435mm can facilitate safer and easier patient transfers, notably beneficial when dealing with mobility-impaired individuals. It also reduces the risk of injury if a patient were to fall out of bed. Umgekehrt, elevating the bed to its maximum height of 775mm enables healthcare professionals to perform examinations and procedures without the need to stoop or bend, promoting better posture and reducing strain. This height adjustability is crucial in optimizing both patient safety and caregiver comfort, streamlining operations within the ICU and improving the overall environment for recovery and care.
• Auto-regression:The ICU beds are equipped with an advanced feature known as auto-regression, which includes both an auto-regress backrest and an auto-contour adjustment facility. This sophisticated functionality enhances patient comfort and aids in the prevention of pressure ulcers by reducing shear and friction forces when the bed is adjusted. Specifically, the auto-regress backrest shifts backwards by up to 12 cm as it is elevated, providing additional space and reducing the pressure on the patient’s lower back and sacral area. Similarly, the auto-regress for the leg section allows for an 8 cm shift that aligns with the natural movement of the legs, thus maintaining a more natural and comfortable leg position during bed adjustments. These features are crucial in maintaining patient comfort during prolonged periods of immobility, as well as in supporting the clinical needs of turning or repositioning the patient. Consequently, the auto-regression capability significantly contributes to enhanced patient care by facilitating optimal positioning while minimizing potential discomfort and skin integrity issues.

Accessory Detail:

• Zauberer: The ICU beds are equipped with robust double-sided 5-inch casters, enhancing the mobility and stability of the beds. These large, durable wheels are designed to facilitate smooth and effortless movement across various floor types within the hospital environment, including transitions over thresholds and around tight corners. The double-sided design of the casters ensures greater balance and stability, reducing vibrations and providing a more comfortable experience for the patient while the bed is in motion. Zusätzlich, the 5-inch size allows for better handling over uneven surfaces, preventing jolts and bumps that could disturb the patient or hinder medical equipment attached to the bed. This mobility feature is critical in an ICU setting where beds frequently need to be moved for procedures, cleaning, or in response to emergencies, ensuring that such actions can be performed safely and efficiently.
• Zentralverriegelungspedal: The ICU beds are furnished with a central locking pedal system, a key feature designed to enhance both safety and operational efficiency. This system incorporates a central brake mechanism that can be accessed and activated from all four corners of the bed. Such accessibility ensures that healthcare providers can quickly and easily secure the bed in place, regardless of their position relative to the bed. This is particularly crucial in emergency situations where stability and immobility of the bed are necessary to perform urgent medical procedures. Zusätzlich, the central locking system prevents unintended movement of the bed, providing a stable platform for patient care. This feature is not only a safety measure but also increases the confidence of the medical staff during critical care activities, ensuring that the focus remains on patient care without concern for bed mobility issues.
• Built-in Control Panel: The ICU beds are equipped with a sophisticated built-in control panel that enhances the functionality and ease of use in critical care settings. This panel allows healthcare providers to effortlessly control various adjustable features of the bed, including Trendelenburg and Reverse Trendelenburg tilts, adjustments of the back and leg sections, and the overall height of the bed. These controls ensure that patients can be positioned optimally for both comfort and medical requirements. Zusätzlich, the control panel includes a one-touch pause feature, which immediately halts all adjustments for quick response in any situation that requires the bed to be stabilized. Importantly, the panel also features a CPR function, which can be activated instantly to flatten the bed, providing a solid and stable platform necessary for effective cardiopulmonary resuscitation. This integration of multiple controls into a single panel streamlines the operation of the bed, making it easier for medical staff to adjust settings quickly and accurately, enhancing the care provided to patients in critical conditions.
• 3.5 Inch Display: The ICU beds feature an innovative 3.5-inch display located at the foot end, which plays a critical role in enhancing bed functionality and improving patient care. This display shows the moving angle of the bed, providing precise and immediate feedback to healthcare providers about the current position of the bed in relation to standard flat positioning. Such visual feedback is essential for adjusting the bed to the exact needs of patients, whether for specific therapeutic requirements, comfort, or during medical procedures. The display’s convenient placement at the foot end of the bed ensures that it is easily visible to the medical staff, facilitating quick adjustments without the need to move around the bed or interrupt the care process. This feature significantly aids in precision and efficiency, ensuring that patient positioning can be meticulously controlled to support optimal health outcomes and safety.
• One Button Stop: The ICU beds are equipped with a crucial safety feature: a one-button stop mechanism designed to prevent maloperation and enhance patient safety. This button instantly halts all motorized movements of the bed, whether adjusting the height, back, legs, or tilt positions. This single-stop capability is particularly valuable in a high-stress, fast-paced ICU environment where quick response is often needed to address sudden changes in a patient’s condition or to prevent potential mishaps during bed adjustments. By immediately stopping all adjustments, the one-button stop ensures that any unintended or potentially harmful movements can be quickly ceased, thereby protecting both the patient and the healthcare staff. This feature not only minimizes the risk of injury due to erroneous bed configurations but also instills a layer of operational safety that is essential for maintaining high standards of care in critical settings.
• CPR: The ICU beds are equipped with both electric and manual CPR functionalities, enhancing emergency responsiveness and patient safety. This dual-mode capability allows healthcare providers to quickly flatten the bed to a horizontal position at the push of a button (electric CPR) or through a manual release mechanism. This rapid transformation is crucial during cardiac emergencies where immediate CPR is required. The electric CPR function provides a swift and smooth transition, ensuring that no time is wasted during critical moments. Meanwhile, the manual CPR option serves as a reliable backup, ensuring that the bed can always be prepared for resuscitation efforts, even in the event of a power failure. This combination of electric and manual CPR options ensures that the ICU beds are always ready to assist in life-saving procedures, providing vital support in emergency situations.
• Notfall-batterie: The ICU beds are equipped with a robust back-up battery system, designed to ensure continuous operation even during power outages. This battery has a capacity sufficient to support up to 18 movements of the bed with a load of 100 kg. This feature is critical, especially in situations where power stability is an issue, as it guarantees that the bed’s vital functions (such as height adjustments, back and leg positioning, and even the critical CPR function) remain operational without interruption. The back-up battery’s capacity to handle multiple adjustments under significant load ensures that patient care remains uncompromised, providing peace of mind for healthcare providers. By maintaining full functionality of the bed’s motorized features, the back-up battery helps ensure that patient safety and comfort are continuously supported, even in the absence of primary power sources.
• Linearmotor: The ICU beds are outfitted with high-quality certified linear motors, meticulously designed to meet rigorous healthcare standards. These motors are notable for their quiet operation, with noise levels capped at a discreet 48 decibels, which ensures a restful environment critical for patient recovery in an ICU setting. Zusätzlich, the durability of these motors is exemplary, with a lifespan rated for 20,000 movements. This reliability means that the beds can withstand frequent adjustments day in and day out, accommodating various patient needs without the risk of mechanical failure. The combination of low noise output and long-lasting performance underscores the commitment to quality and patient comfort, making these beds a dependable choice for intensive care units that require smooth, quiet, and reliable bed adjustments to support the critical care of patients.
• Infusionsständer&IV-Pol-Prognose: The ICU beds are equipped with a stainless steel IV pole, bear 15kg, designed to meet the versatile needs of patient care. This IV pole features a holder with the capacity to lock into four different positions, offering flexibility in placement according to patient and medical staff requirements. The pole itself is equipped with four hooks, allowing for multiple IV bags to be hung simultaneously, facilitating the administration of various fluids, medications, or blood products needed by patients. Zusätzlich, the height of the IV pole is adjustable, ensuring that it can be easily modified to suit different bed heights and patient situations. This adjustability is crucial for maintaining the optimal flow rate of IV solutions. The robust stainless steel construction ensures durability and reliability, essential qualities in the demanding environment of an ICU, where equipment must perform flawlessly under critical conditions.
• Handsteuerung:The ICU beds are equipped with a hand controller, an essential tool for enhancing the convenience and functionality of bed adjustments. This controller is connected to the main body of the bed via a cable, allowing healthcare providers to operate the bed’s functions remotely. This capability is particularly beneficial in a busy ICU environment, where maintaining minimal physical disruption to the patient is crucial. The hand controller enables the adjustment of bed height, backrest, leg positions, and special functions like Trendelenburg or CPR settings from a distance, reducing the need for physical contact and movement around the bed. This feature not only streamlines patient care but also increases safety and efficiency, allowing medical staff to quickly and easily respond to patient needs without manually adjusting the bed. The remote control functionality ensures precision in bed positioning, which is vital for patient comfort and the effective management of various medical conditions.

CASTER WITH CENTRAL LOCKING PEDAL

Double-side 5’’ caster, with central brakes system accessible from all four corners of the bed.

BED END WITH NURSE PANEL

One step head board removal, foot board with built-in control panel, control front and back tilt, back/leg lift, overall lift, one button pause and CPR function control. with a 3.5 inch display.

HAND CONTROLLER AND SIDE RAIL WITH BUILT-IN PANEL

Tuck away side rail with buffer prevent patient entrapment and falls, Built-in controller and angle indicator. Actuator control for movement with hand control and side rail embedded patient control.