BEJ5K3 High Grade Emergency ICU Bed

The ICU bed is a critical and foundational component of intensive care units, meticulously designed to prioritize patient comfort, safety, and clinical functionality. Its robust and durable construction, often featuring a steel frame and advanced molding techniques, provides a secure platform for patients requiring intensive medical intervention. Equipped with a range of essential features, the ICU bed caters to the diverse and dynamic needs of critically ill patients. The integration of safety mechanisms such as lockable wheels, side rails, and bed exit alarms underscores a commitment to patient well-being and risk mitigation. This essential medical equipment not only supports the delivery of high-quality care but also reflects the culmination of advanced engineering, ergonomic design, and stringent safety standards aimed at optimizing the patient care experience in critical healthcare settings.

Technical Parameter:

Technical Configuration:

Optional:

• LCD Screen
• Weighing System
• Bed Extension
• Auto-regression Function
• Night Light
• X-ray Translucent Mattress Platform (Back Section)
• Utility Container
• Monkey Pole

NIGHT LIGHT

BED EXTENSION

WEIGHING SYSTEM

Product Introduction:

Quality Control:

• Technology: The quality control of ICU beds, specifically with regard to the 360° full smooth welding and the adoption of arc soft join, is crucial in ensuring the utmost safety and functionality of the equipment.The 360° full smooth welding is a meticulous process aimed at creating seamless and sturdy joins, minimizing the risk of structural weaknesses or sharp edges that could pose a hazard to patients or medical staff. Additionally, the utilization of arc soft join not only enhances the overall aesthetics of the ICU bed but also contributes to its durability and safety. These quality control measures not only comply with regulatory standards but also reflect a commitment to providing high-quality and reliable equipment for patient care in critical healthcare settings.
• Design: The design of ICU beds incorporating a seamless structure without residual bacteria and a streamlined layout is pivotal in prioritizing patient safety and infection control. The seamless design ensures that there are no crevices or areas where bacteria can harbor, reducing the risk of nosocomial infections and promoting a hygienic environment essential for patient recovery. The streamlined design not only serves an aesthetic purpose but also plays a critical role in safeguarding patient safety by minimizing potential obstructions and ensuring ease of access for caregivers. By integrating these design elements, ICU beds are not only functional and comfortable but also actively contribute to the overall well-being and recovery of patients in critical care settings.
• Safety Standard: The safety standards of ICU beds are upheld through meticulous adherence to internationally recognized regulations, including the ISO13485:2016 and ISO9001:2015 certifications. Compliance with these standards signifies that the ICU bed manufacturing process meets rigorous quality management systems, ensuring the safety, reliability, and effectiveness of the equipment. The ISO13485:2016 specifically pertains to medical devices, emphasizing the need for consistent adherence to regulatory requirements throughout the product lifecycle. Simultaneously, the ISO9001:2015 certification encompasses a broader quality management framework that encompasses various aspects, including customer focus, risk management, and continuous improvement. By aligning with these safety standards, ICU beds not only demonstrate their commitment to patient well-being but also offer healthcare providers and patients assurance of product quality and safety.

Frameworks：

• Platform: The platform of the ICU bed features a cold steel plate wholly molded surface, coupled with an integrated frame treated with electrostatic spraying, ensuring durability, cleanliness, and patient comfort.The cold steel plate molded surface provides a robust and seamless foundation that is easy to clean and maintain, reducing the risk of cross-contamination and ensuring a hygienic environment for patients. Additionally, the integrated frame, treated with electrostatic spraying, offers enhanced resistance to corrosion and wear, prolonging the lifespan of the ICU bed while maintaining a visually appealing and easy-to-sanitize surface. This design not only prioritizes the well-being of patients but also aligns with the stringent hygiene and maintenance requirements of critical care environments.
• ABS Bed End: The ABS bed end of the ICU bed is manufactured using plastic blowing molding, ensuring a robust and impact-resistant construction that enhances patient safety and comfort. Equipped with a safe lock mechanism and anti-collision features, the bed end prioritizes the prevention of accidental movements or collisions, contributing to a secure and stable patient care environment. Additionally, the footboard is enhanced with a LCD attendant control panel, providing convenient access to essential bed adjustment controls for healthcare professionals.This integration of technology not only streamlines patient care but also underscores a commitment to innovative and user-friendly design, ultimately enhancing the overall patient and caregiver experience.
• PP Side Rail: The PP side rail of the ICU bed is crafted using plastic blowing molding, ensuring a robust and reliable construction that prioritizes patient safety.The damping lifting side rail features a smooth and controlled lifting mechanism, enhancing ease of use for both patients and caregivers. With two long and two short PP side rails equipped with angle indication, precise positioning and adjustment are facilitated, allowing for tailored support based on individual patient requirements. Additionally, the inclusion of a built-in operating panel further streamlines the functionality of the side rail, providing intuitive access to essential controls while minimizing potential obstructions. This integration of advanced features not only reflects a commitment to patient well-being and comfort but also highlights a dedication to user-friendly design and innovative healthcare solutions.

Functions:

• Trendelenburg/Reverse Trendelenburg: The ICU bed is equipped with a Trendelenburg/Reverse Trendelenburg feature, providing a precise incline of 12°±3°.This functionality allows healthcare providers to easily adjust the bed’s position to enhance patient comfort, facilitate specific medical procedures, and assist in managing certain medical conditions. The ability to achieve both Trendelenburg and Reverse Trendelenburg positions with such precision enables caregivers to optimize patient positioning for improved circulation, respiration, and surgical access as needed, thus supporting comprehensive and specialized patient care within the ICU environment.
• Back Section Adjustment: The back section adjustment feature of the ICU bed provides a versatile range of positioning options, allowing for precise angling of 75°±10°.This capability enables healthcare providers to tailor the patient’s seating position to best suit their medical requirements and comfort preferences. By offering such a wide range of adjustments, the ICU bed accommodates various patient needs, such as facilitating optimal respiratory function, aiding in mobility, and promoting interaction with medical staff. Moreover, this level of adjustability supports the delivery of personalized care, ensuring that patients can be positioned in a manner that is conducive to their treatment and recovery. Whether it’s providing a more upright position for enhanced respiratory support or gently reclining for improved comfort during rest, the ICU bed’s back section adjustment feature significantly contributes to overall patient well-being in critical care environments.
• Leg Section Adjustment: The leg section adjustment feature of the ICU bed allows for precise angling of 35°±10°, providing healthcare providers with the capability to customize the patient’s leg positioning according to their specific medical and comfort needs. This level of adjustability plays an essential role in improving circulation, relieving pressure points, and enhancing patient comfort during their recovery process. Additionally, it assists in facilitating various medical procedures, such as examinations and treatments that require specific leg positioning. This feature underscores the ICU bed’s commitment to supporting comprehensive and specialized patient care within critical healthcare settings, ensuring that patients are positioned optimally for both treatment and comfort, thereby contributing to their overall well-being.
• Whole Bed Height Adjustment: The whole bed height adjustment feature of the ICU bed offers a broad range, allowing for precision adjustments within the range of 365mm to 785mm. This extensive height variability is instrumental in accommodating diverse patient needs, caregiver accessibility, and various medical procedures. By providing such a wide adjustment range, the ICU bed enables healthcare providers to optimize patient positioning for treatments, examinations, and transfers, while also ensuring ergonomic working conditions for medical staff. Moreover, this feature prioritizes patient safety, comfort, and independence, as it allows for easy ingress and egress from the bed, supporting mobility and activities of daily living.

Accessories Details:

• Caster: The ICU bed is outfitted with 5” double-side casters, designed to provide enhanced support, stability, and mobility in healthcare environments.These casters feature the brake pedal, allowing caregivers to easily secure the bed in place for patient safety and stability during treatments or transfers. The inclusion of an independent brake pedal ensures that the bed can be immobilized securely when necessary, providing a reliable and steady platform for patient care activities. Moreover, these casters are engineered to operate quietly, which is crucial for minimizing potential disturbance to patients and creating a peaceful healing environment. Their corrosion resistance and wear resistance attributes contribute to the bed’s overall durability and longevity, effectively withstanding the demands of constant use in healthcare settings. The anti-winding design of the casters prevents the accumulation of debris or entanglement with cords, tubing, or other objects, ensuring smooth and uninterrupted movement when repositioning the bed.
• Linear Motor: The Linear Motor integrated into the ICU bed comprises four separate units, each responsible for controlling specific bed functions. This sophisticated design provides precise and independent control over the bed’s movement and positioning, allowing caregivers to adjust different aspects of the bed according to the patient’s unique requirements with ease. The individual control offered by each Linear Motor unit enhances the bed’s versatility, enabling specific adjustments such as back section inclination, leg section elevation, and height customization. This level of customization contributes to the overall comfort and well-being of the patient, supports various medical procedures, and facilitates efficient caregiving practices within critical care environments.
• Angle Indicator: The ICU bed is equipped with four angle indicators, strategically positioned on the outside of each guardrail. These indicators provide clear and accessible visual displays of the lifting angles of the backplane and leg plate, offering convenient reference points for medical personnel to observe and adjust the bed’s positioning as needed. This feature significantly enhances the efficiency and accuracy of caregiving practices, as healthcare providers can readily monitor and modify the bed’s configuration to ensure optimal patient comfort and support specific medical interventions. The inclusion of angle indicators aligns with the ICU bed’s commitment to facilitating comprehensive and specialized patient care within critical healthcare settings, empowering medical personnel with the tools to deliver attentive and personalized care to each patient.
• Wall Bumper Wheel: The ICU bed is equipped with wall bumper wheels positioned at each corner, serving as crucial safeguards to prevent damage to both the bed and surrounding surfaces.These specially designed bumpers provide impact absorption and protection, ensuring that the bed can be moved or rotated with minimal risk of causing damage to walls, doorways, or other hospital equipment. By strategically placing wall bumper wheels at each corner, the ICU bed promotes safe and efficient maneuverability within healthcare environments, ultimately contributing to a secure and well-maintained care setting.
• Central Locking Pedal: The ICU bed is outfitted with a central braking system consisting of two pedals, designed for streamlined and intuitive operation to effectively immobilize the entire bed. These pedals are strategically positioned to allow caregivers to apply braking force using a simple step, bringing the bed to a complete stop with ease. This centralized braking mechanism enhances the efficiency and safety of bed management in critical care settings, ensuring swift and reliable immobilization when necessary to facilitate patient care activities such as transfers, treatments, or examinations. By adopting a user-friendly and responsive design, the central braking pedals exemplify the delivery of high-quality care within the ICU environment.
• ACP: The ICU bed features an advanced Attendant Control Panel (ACP) built into the footboard, providing caregivers with convenient access to essential bed controls and patient monitoring functions.Optional with an LCD display. The panel offering a comprehensive interface for monitoring and adjusting various bed settings to cater to the patient’s specific needs. The inclusion of the ACP at the footboard underscores the bed’s focus on optimizing caregiving efficiency and responsiveness, empowering caregivers to manage bed functions and monitor patient status with ease, ultimately enhancing the overall quality of care delivered within critical healthcare settings.
• Back-up Battery: The ICU bed is equipped with a reliable back-up battery system designed to seamlessly engage in the event of a power failure, ensuring uninterrupted functionality and patient safety. This essential feature serves as a failsafe measure, providing continuous power to the bed’s critical components, including height adjustment, angle positioning, and electronic controls, during unexpected power outages. By integrating a robust back-up battery, the ICU bed prioritizes consistent and uninterrupted patient care, mitigating the potential impact of power disruptions on critical medical procedures and patient comfort.
• CPR: The ICU bed is equipped with an advanced CPR system designed to facilitate immediate and efficient response in emergency situations.The electric CPR feature allows for instant release, swiftly returning the entire bed to its original position, enabling seamless access for emergency resuscitation efforts. Additionally, the manual CPR mechanism is situated under the bed surface, easily accessible to medical staff for rapid activation, swiftly transitioning the bed to a position conducive for performing CPR. This comprehensive approach to CPR functionality underscores the bed’s commitment to supporting swift and effective emergency response, emphasizing its role in promoting patient safety and critical care efficiency within healthcare environments.
• IV Pole&IV Pole Prevision: The ICU bed is equipped with a versatile and practical IV pole, complete with previsions to ensure integration and functional effectiveness.The height-adjustable IV pole, constructed from durable stainless steel, offers flexibility to accommodate varying patient needs and preferences.Its four plastic hooks, designed to hold up to 15 kg each, provide secure support for multiple intravenous fluids, contributing to efficient and organized patient care. Furthermore, the strategic placement of the IV pole provisions at each side of the bed edge signifies a thoughtful approach to accessibility and convenience, enabling caregivers to attend to patients from either side of the bed without obstruction.
• Drainage Hook: The ICU bed is equipped with two drainage hooks, serving as essential components to support the management of drainage systems for patients. These hooks are strategically positioned to provide secure and easily accessible mounting points for drainage bags, facilitating efficient and organized patient care.
• Hand Controller: The hand controller on the ICU bed offers essential functions for patient comfort and care.It is designed to connect with a spiral wire, providing flexibility and ease of use for both patients and caregivers. The basic functions of the hand controller typically include adjustments for bed height, backrest and knee section positioning, as well as controls for nurse call and bed exit alarm systems. This user-friendly interface empowers patients to customize their positioning for optimal comfort, while also enabling healthcare providers to attend to their needs efficiently. The spiral wire connection ensures that the controller remains within reach and neatly organized, contributing to a safe and uncluttered patient environment within the ICU setting.

MANUAL CPR

Located under the bed that is easily accessible to the medical staff, which can quickly smooth the bed and buy time for CPR.

SIDE RAIL

PP side rails are divided into two long boards and two short boards, each piece has a built-in angle indicator, and both of the short board has a built-in control panel with buttons.

ABS BED END

ABS material, strong corrosion resistance, the foot board with built-in attendant control panel.

BED SURFACE

Cold steel plate wholly molded surface integrated frame treated with electrostatic spraying.

WALL BUMPER WHEEL

Protect the bed and the wall, provides cushioning protection in case of impact, more secure.