BE72 More Perfect Design New ICU Hospital Bed

The ICU hospital bed is a sophisticated and comprehensive healthcare solution designed to meet the complex needs of critically ill patients and the demands of modern clinical environments. Equipped with a range of advanced features such as adjustable bed height, leg section, and back section, the bed prioritizes patient comfort and facilitates tailored care. Additionally, its 6” double-side casters, silent operation, TPE material, and anti-winding design enhance maneuverability and durability. The inclusion of bumper wheels, IV pole provisions, drainage hooks, central locking pedals, and foot control pedals further demonstrates its commitment to patient safety, versatile medical interventions, and user-friendly operation.

Technical Parameter:

Technical Configuration:

Optional:

• Weighing System With LCD Screen(foot board)
• Data Storage System
• Monkey Pole
• Back-up Battery
• Night Light
• Utility Container

Product Introduction:

Quality Control:

• Technology: The technology of the ICU hospital bed is designed to provide comfort and safety for the patients and the medical staff. One of the features is the robot 360°full smooth welding, which ensures that the bed frame is sturdy and durable, without any sharp edges or gaps that could cause injury or infection. Another feature is the two metal column bed base technology, which allows the bed to adjust to different heights and angles, according to the needs of the patient and the doctor. The bed base is stable and reliable, and can support various medical devices and accessories.
• Safety Standard: The safety standard for the ORP ICU hospital bed is based on the requirements of ISO13485:2016 and ISO9001:2015. These standards specify the quality management system and the risk management process for medical devices, including the ICU hospital bed. The ICU hospital bed must comply with the technical specifications, performance criteria, safety features, and user instructions that are defined by the manufacturer and approved by the regulatory authorities. The ICU hospital bed must also undergo regular testing, inspection, maintenance, and calibration to ensure its reliability and functionality.

Frameworks：

• Platform: The platform of the ICU hospital bed is an important component that supports the patient’s body and allows for various adjustments of the bed position.The back section of the platform is X-ray perspectivity, fit medical needs. The platform is made of cold-rolled steel sheet, which is a type of steel that has been processed at low temperatures to increase its strength and hardness. The steel sheet is then coated with electrostatic powder coating, which is a method of applying a dry powder to the metal surface using an electrostatic charge. The powder coating provides a durable, smooth and corrosion-resistant finish that enhances the appearance and functionality of the platform.   The powder coating also prevents scratches, chipping and fading of the color. This platform is robust, not expendable, can be sterilized at high temperature, no bacterial residue.
• ABS Bed End: The ABS bed end on the ICU hospital bed is designed to provide essential functionalities for patient care and safety. It is made of durable and lightweight material that can withstand frequent use and cleaning. ABS is commonly utilized in various applications, including injected plastic boards, due to its excellent strength, rigidity, and ability to be molded into different shapes. The ABS bed end has a safe lock mechanism that prevents accidental detachment or movement of the bed end. It also allows for quick and easy removal of the bed end when needed, such as in emergency situations or for patient transfer. The ABS bed end has a streamline design that reduces air resistance and noise, and enhances the comfort and safety of the patient and the medical staff. The ABS bed end is an innovative and practical solution for improving the efficiency and quality of care in the ICU. The bed foot board optional built-in control panel and 7inch color LCD touch screen, and can edit patient information.
• ABS Side Rail: The ABS side rail on the ICU hospital bed is designed with a range of patient-centric features to ensure optimal safety and comfort. Its anti-soiling curved design helps prevent the accumulation of debris and promotes easy cleaning, making maintenance a straightforward process. The anti-pinch design not only safeguards against accidental injuries but also adds an extra layer of security for patients. The absence of dead corners further facilitates thorough cleaning and hygiene maintenance. The streamline construction not only contributes to the bed’s overall aesthetics but also aids in seamless maneuverability. Additionally, the damping lifting mechanism provides smooth and controlled adjustments, enhancing patient care. The inclusion of built-in angle displays and operating panels offers convenience and accessibility, allowing healthcare providers to make precise adjustments with ease, ultimately promoting efficient care delivery.

Functions:

• CPR Release: The ICU hospital bed’s CPR release functionality is designed to facilitate swift and effective emergency response during cardiopulmonary resuscitation (CPR) scenarios. With the capability for both electric CPR and manual CPR, this feature ensures that healthcare providers can quickly transition the bed into the necessary position for CPR intervention. The one-button operation to make all sections or platforms level for CPR simplifies the process, allowing for immediate and seamless preparation for life-saving procedures. This integrated functionality not only enhances the bed’s versatility but also underscores its critical role in supporting timely and efficient emergency care within the clinical setting.
• Auto-regression: The auto-regression feature of the ICU hospital bed serves as a crucial mechanism to address the potential pressure exerted on the seat section when the back section and leg section are lifted. This intelligent design anticipates and mitigates discomfort or pressure buildup for the patient by allowing the back section to move slightly, thereby creating additional space for the seat section. By dynamically adjusting the positioning of the back section, the auto-regression function effectively redistributes pressure and minimizes the risk of discomfort or potential injury, ultimately enhancing patient comfort and promoting better circulation during extended periods of bed rest or treatment. This thoughtful innovation exemplifies the bed’s commitment to both patient care and safety within the clinical environment.
• Trendelenburg/Reverse Trendelenburg: The ICU hospital bed is equipped with trendelenburg and reverse trendelenburg features, allowing for precise positioning to meet patient care needs. With a tilt angle of 12°±3°, the trendelenburg function enables the bed to be tilted with the patient’s head positioned lower than their feet, facilitating procedures such as improving venous return or accessing the surgical site during certain interventions. Conversely, the reverse trendelenburg function raises the patient’s head, providing benefits such as improved breathing and reduced risk of aspiration. These adjustable positioning capabilities greatly enhance the versatility of the ICU bed, enabling healthcare providers to optimize patient comfort and clinical management as per individual requirements.
• Back Section Adjustment: The ICU hospital bed’s back section adjustment functionality allows healthcare professionals to optimize patient positioning and promote comfort during recovery or treatment. With an adjustable angle range of 80°±5°, this feature facilitates a range of positions that support various clinical requirements, from activities of daily living to specific medical procedures. Thepositioning allows for individualized patient care, supporting optimal healing and recovery. The mechanism is designed with precision to ensure a smooth and stable adjustment process, providing ease of use for the healthcare professionals. This feature represents one of the many ways in which the ICU hospital bed prioritizes patient care through its thoughtful design.   
• Leg Section Adjustment: The leg section adjustment feature of the ICU hospital bed offers healthcare providers the ability to customize patient positioning for optimal comfort and care. With an adjustable angle range of 45°±5°, this capability allows for precise elevation of the patient’s lower extremities, catering to varied clinical needs such as promoting circulation, alleviating venous stasis, or assisting with postoperative recovery. The controlled and reliable adjustment mechanism ensures that healthcare professionals can efficiently adapt the bed to accommodate individual patient requirements, further contributing to enhanced patient comfort and overall well-being. This functionality underscores the ICU hospital bed’s commitment to facilitating personalized and attentive patient care.
• Lateral Tilt Left/Right: The lateral lift feature of the ICU hospital bed enables controlled and precise left and right tilt adjustments, with an angle range of 10°±5°. This functionality allows healthcare providers to reposition patients gently and smoothly, supporting tasks such as shifting individuals for comfort, assisting with repositioning to prevent pressure ulcers, and aiding in effective nursing care. By offering customizable lateral tilt angles, this feature contributes to patient comfort and facilitates the execution of various medical procedures, while also promoting caregiver efficiency. The thoughtful design and precise control of the lateral lift function demonstrate the ICU hospital bed’s commitment to both patient well-being and clinical functionality.
• Whole Bed Height Adjustment: The whole bed height adjustment feature of the ICU hospital bed allows for seamless customization of the bed’s elevation, with a height range of 510mm-910mm.This wide range of adjustability ensures that healthcare providers can position the bed at an ergonomic and accessible height for caregiving tasks, aiding in patient transfer and minimizing physical strain on caregivers. By accommodating various height preferences, this feature also supports patient mobility and independence, as well as facilitating ease of access for medical interventions and procedures.
• Cardiac Chair Position: The cardiac chair position of the ICU hospital bed serves as a critical feature designed to enhance patient respiratory function and cardiovascular well-being. By maneuvering the bed into the cardiac chair position, healthcare providers can effectively increase the vital capacity of the patient, optimizing lung expansion and maximizing oxygen exchange. This position also reduces the load on the patient’s heart, promoting cardiovascular efficiency and minimizing cardiac strain. Additionally, the cardiac chair position effectively supports cardiopulmonary activities, facilitating improved breathing and circulation for patients requiring respiratory support or recovering from cardiac procedures. The thoughtful integration of this functionality underscores the ICU hospital bed’s commitment to promoting patient comfort and optimizing clinical care within the critical care setting.

Accessories Details:

• Bed Extension: The bed extension feature of the ICU hospital bed enhances patient comfort and functionality by providing additional length support for tall patients. Located below the end of the bed, the extension handle is designed to be easily pulled out the extension board, offering a convenient and accessible solution for accommodating patients of varying sizes. With an extension length of 150mm, this feature enables healthcare providers to ensure that patients have adequate support and a more customized fit, ultimately contributing to improved comfort and positioning.
• Linear Motor: The linear motor integrated into the ICU hospital bed is engineered to deliver high-performance functionality while operating silently. This noiseless operation is a crucial feature, as it ensures minimal disruption to both patients and healthcare providers in the clinical environment. The linear motor’s ability to function quietly contributes to a peaceful and conducive atmosphere for patient rest and recovery, while also facilitating an optimal working environment for caregivers.
• Angle Indicator: The angle indicator of the ICU hospital bed is a crucial component built into the outside of every side rail, providing clear and accurate measurements for precise positioning. This feature offers healthcare providers a reliable visual reference to ensure that the bed is positioned at the desired angle, promoting optimal patient comfort and clinical care. The clear scale and accurate measurements provided by the angle indicator contribute to efficient and precise adjustments, further enhancing the bed’s overall functionality.
• Caster: The TPE material of the 6” double-side casters on the ICU hospital bed provides excellent durability and performance, with low wear and corrosion, low noise, and low friction. The casters allow for easy and smooth movement of the bed, without causing disturbance or discomfort to the patient or the staff. The casters also have an anti-winding feature that prevents any obstruction from debris or cords, ensuring consistent and reliable mobility. The casters are specially designed to create a calm and optimal patient care environment.
• Bumper Wheel: The bumper wheels on the ICU hospital bed, strategically positioned at each corner, serve a critical role in maintaining a safe and secure environment for both patients and the medical facility. Designed to cushion impact, these bumper wheels protect the bed and surrounding walls from damage, ensuring the longevity of the equipment and the structural integrity of the clinical setting. Additionally, they provide a gentle buffer that prevents patients from being startled or alarmed by accidental contact with the bed’s corners, contributing to a reassuring and calm care environment.
• Central locking pedal: The central locking pedal of the ICU hospital bed is an integral component designed for user-friendly operation and enhanced safety. Positioned for easy access, this pedal allows healthcare providers to stop the bed’s movement by simply stepping on it, providing a convenient and efficient means of immobilizing the bed as needed. Conversely, lifting the pedal enables the bed to be maneuvered for seamless transportation or repositioning within the clinical environment. This intuitive design not only streamlines the workflow for caregivers but also ensures quick and reliable immobilization when required, thereby contributing to the overall safety and ease of use of the ICU hospital bed.
• IV Pole&IV Pole Prevision: The ICU hospital bed is equipped with provisions for an IV pole at each corner, offering versatile solutions to accommodate diverse clinical requirements.These previsions are designed to meet a range of needs and provide convenient access points for intravenous therapy and medical equipment. The IV pole itself features four hooks, allowing for the secure suspension of multiple IV bags or medical devices. Additionally, its height adjustability ensures that healthcare providers can customize the positioning of the IV pole to suit individual patient requirements, thereby optimizing the delivery of essential treatments and therapies.
• Drainage Hook: The drainage hook of the ICU hospital bed is strategically positioned to provide convenience and accessibility for healthcare providers. This thoughtful placement allows for the secure suspension of drainage bags, facilitating efficient management of bodily fluids and waste. By ensuring a convenient location for the attachment of drainage systems, the ICU hospital bed streamlines clinical procedures and promotes a clean and organized care environment.
• Foot Control Pedal: The foot control pedal of the ICU hospital bed provides a user-friendly equipment for healthcare providers to adjust bed height and control trendelenburg and reverse trendelenburg positions. Equipped on both sides of the bed, these pedals offer convenient access for caregivers, allowing them to effortlessly manage the bed’s positioning to suit patient care needs. The inclusion of guard bars around the pedals serves as a safety feature, preventing accidental engagement and ensuring secure operation.

SIDE RAIL

Built-in angle indicator and control panel. Streamline design. ABS damping lifting.

BED EXTENSION

The handle under the bed, pull out when need the longer bed for tall patients.

BUMPER WHEEL

Protect the bed and the wall, prevent the patient from suddenly scaring.

FOOT CONTROL PANEL

Both side of the bed equipped a set of foot control pedal, control the bed height adjustment and trendelenburg and reverse trendelenburg. With a guard bar prevent from accidental stampede.