BE75 Two Column Motor Hospital ICU Bed

Hospital ICU bed is a specialized piece of medical equipment designed specifically for use in Intensive Care Units where patients require close monitoring and critical care. These beds are highly advanced and feature various functionalities that support complex medical needs and enhance patient comfort. Key features often include adjustable height and tilt functions, allowing for precise positioning to facilitate treatment and care. Integrated safety rails help prevent patient falls, and easy-to-use control panels enable quick adjustments to the bed’s configuration. Adicionalmente, ICU beds may include built-in weighing systems for monitoring patient weight, which is crucial for accurate medication dosing. Some models also come equipped with a back-up battery system to maintain functionality during power failures. Overall, ICU beds are essential in providing optimal care for critically ill patients, offering both comfort and the technological sophistication needed to support life-saving interventions.

Parâmetro técnico:

Configuração Técnica:

Opcional:

• Enfermeira Controladora
• Luz noturna
• Pólo de Macaco
• RCP Elétrica
• Colchão
• X-ray Translucent Platform (Seção Traseira)

Introdução do produto:

Controle de qualidade:

• Tecnologia: In modern medical equipment, the technology of hospital ICU bed has reached new heights, especially in terms of their manufacturing processes. The use of robotic arm 360° welding technology ensures that parts of the bed are welded together uniformly and precisely. This not only enhances the structural stability of the bed but also significantly improves production efficiency and welding quality. Adicionalmente, the bed surfaces are treated with steel-plastic spraying technology, which not only makes the surface of the bed smooth and aesthetically pleasing but also provides excellent durability and corrosion resistance. This ensures that the bed can withstand the harsh hospital environment over long periods without damage. The seamless integration of cold-pressed steel plates and tubes further ensures a tight connection between the components of the bed, enhancing overall durability and load-bearing capacity. These advanced technologies collectively guarantee that ICU beds provide necessary medical support and patient comfort while maintaining high standards of safety and reliability.
• Padrão de segurança: Hospital ICU bed is designed to meet stringent safety standards essential for patient care and medical staff operations. These beds adhere to ISO 13485:2016, which is a specific certification for medical devices focusing on quality management systems and consistent design, desenvolvimento, and production. They also comply with ISO 9001:2015, which sets out the criteria for a quality management system and is based on principles including a strong customer focus, the motivation and implication of top management, and the approach of continual improvement. Além disso, ICU beds are often CE certified, indicating that they meet the health, segurança, and environmental protection standards for products sold within the European Economic Area. This certification is crucial as it ensures that the beds are safe and reliable for use in critical care settings. Together, these certifications demonstrate a commitment to maintaining high safety standards, reducing risks associated with medical equipment, and ensuring that the ICU beds are of the highest quality and reliability.
• Projeto: The design of hospital ICU bed incorporates advanced engineering to enhance patient care and medical staff efficiency. A notable feature is the dual-column design, which utilizes two lifting columns driven by electric motors. This setup not only provides a stable and robust structure but also allows for precise height adjustments. The advanced lifting control technology integrated into these beds facilitates accurate control over bed positioning, enabling a wide range of height settings to accommodate various medical situations and caregiver requirements. This precise control is crucial in an ICU setting, where minute adjustments can significantly impact patient comfort and the efficacy of medical procedures. The dual-column design not only improves the bed’s functionality but also enhances safety by providing a balanced lift that reduces the risk of tipping, thus ensuring patient security during adjustments.

Framework：

• Plataforma: The platform of a hospital ICU bed is meticulously designed to enhance patient comfort and minimize health risks. The bed surface is divided into ten segments, which allows for targeted pressure relief in specific areas, significantly reducing the risk of pressure sores—a common concern for patients who spend extended periods in bed. This segmented design enables customized positioning that can be finely adjusted to support different parts of the patient’s body, enhancing both comfort and the effectiveness of care. Each segment can be individually adjusted to ensure optimal alignment and support, depending on the patient’s needs. Adicionalmente, the bed panels are coated with a steel-plastic spray, which not only provides a durable and hygienic surface but also contributes to the overall comfort by being smooth and easy to clean. This thoughtful design integration underscores the commitment to patient safety and care quality in ICU settings.
• PP Bed End: The PP bed ends of hospital ICU bed are crafted using a single blow-molding process from polypropylene (PP) material, which ensures a seamless, aesthetically pleasing, and flawless finish. This material is chosen for its excellent properties, incluindo resistência à corrosão e altas temperaturas, making it ideal for the demanding environment of an ICU. These bed ends feature a safety locking mechanism that prevents them from accidentally detaching, ensuring patient safety and stability. The design is also detachable, which allows for rapid adjustments in emergency situations, enhancing the bed’s functionality and flexibility in critical care settings. Adicionalmente, the bed ends are equipped with an embedded control panel and a weight display monitor. This integration facilitates easy adjustments and monitoring by medical staff, providing essential information at a glance while maintaining the comfort and safety of the patient.
• Trilho Lateral PP: The PP side rails of hospital ICU bed are constructed using a one-time blow molding process from polypropylene (PP) material, which ensures an attractive, flawless appearance along with excellent resistance to corrosion and high temperatures. This choice of material and manufacturing technique contributes to the durability and hygiene of the side rails, making them suitable for the intensive care environment. The side rails feature a collapsible design, which is highly beneficial for facilitating patient mobility, medical care, and the safe transfer of patients. They incorporate a damping mechanism to prevent the rails from suddenly dropping, thereby avoiding potential injuries to patients or staff. Each rail is equipped with an embedded inclinometer, allowing for precise angle adjustments. Adicionalmente, embedded control panels are located on both the inside and outside of the back section of the rails, enhancing accessibility and ease of use for medical personnel while adjusting bed settings or providing care, all without compromising patient comfort or safety.
• Base Cover: The base cover of the hospital ICU bed is thoughtfully designed with a dust cover box that serves multiple essential functions. This feature notably enhances the overall stability of the bed, providing a firm foundation that is crucial in critical care environments. Adicionalmente, the base cover plays a significant role in maintaining hygiene by reducing the accumulation of bacteria underneath the bed. This is particularly important in ICU settings where cleanliness is paramount to prevent infections. The inclusion of the dust cover also facilitates easier cleaning, allowing hospital staff to maintain a sterile environment more efficiently. Beyond functionality, the base cover is designed to be aesthetically pleasing, contributing to a cleaner and more professional appearance of the ICU space. This combination of stability, hygiene, ease of cleaning, and visual appeal makes the base cover an integral part of the ICU bed’s design, enhancing both its practicality and its conformity with health standards.

Function:

• Trendelenburg / Trendelenburg reverso: The hospital ICU bed is equipped with the capability to adjust for both Trendelenburg and Reverse Trendelenburg positions, which are essential for various medical requirements. The Trendelenburg position involves tilting the bed so that the patient’s feet are higher than their head, typically used to improve blood flow to the brain, enhance cardiac performance, or facilitate certain surgical procedures. Por outro lado, the Reverse Trendelenburg position tilts the bed so that the patient’s head is elevated above the feet, commonly employed to aid in respiratory function or reduce esophageal reflux. The ICU beds are designed to achieve a tilt angle of up to 12°±3° in both directions, allowing for precise and smooth adjustments. This flexibility in positioning is crucial for patient care, enabling medical staff to quickly adapt the bed configuration to meet the specific physiological needs of patients, thereby optimizing care and enhancing patient comfort and safety.
• Ajuste da Seção Traseira: The back section adjustment of the hospital ICU bed is a critical feature designed to enhance patient comfort and facilitate various medical procedures. This adjustment allows the back section of the bed to be elevated up to an angle of 75°±10°. Such a range of movement is particularly beneficial for patients who require elevation for respiratory comfort, those who need to be positioned for feeding, or for certain medical assessments and treatments. Elevating the back section can also aid in reducing the risk of pulmonary complications, such as pneumonia, which is common in patients who are bedridden for extended periods. The precise adjustability ensures that the elevation can be tailored to meet individual patient needs, enhancing their comfort and improving overall care outcomes. This feature is typically operated with smooth, motorized controls that allow caregivers to make adjustments safely and effortlessly, ensuring that the patient remains stable and secure during the adjustment process.
• Ajuste da seção das pernas: The leg section adjustment on hospital ICU bed is a vital feature designed to improve patient comfort and assist in clinical management. This functionality allows the leg section of the bed to be raised to an angle of 35°±10°. Such adjustability is essential for various therapeutic and comfort-related reasons. Elevar as pernas pode ajudar a reduzir o inchaço, improve circulation, and decrease the risk of venous thrombosis, particularly in patients who are immobilized or in recovery. This feature is also beneficial for adjusting the patient’s posture to relieve pressure and prevent bedsores. The precise control over the leg section’s angle ensures that adjustments can be tailored to meet individual patient needs, facilitating better patient outcomes and enhancing overall comfort. Operated via smooth, motorized controls, this adjustment mechanism allows healthcare providers to make changes effortlessly and with minimal disturbance to the patient, thereby maintaining stability and safety throughout the process.
• Ajuste de altura da cama inteira: The whole bed height adjustment feature in hospital ICU beds is designed to enhance both patient care and caregiver ergonomics. The adjustable height range from 530mm to 770mm allows the bed to be set at various levels, accommodating different medical and care requirements. For instance, a lower height can be crucial for patient transfers, making it easier and safer for patients to move between the bed and other devices such as wheelchairs or transport stretchers. Por outro lado, a higher setting can facilitate easier access for medical staff during examinations, treatments, or surgical procedures, helping to reduce strain on caregivers and improve their ability to deliver care efficiently. This height flexibility also aids in adjusting the bed to match the height of other medical equipment seamlessly. The adjustment mechanism is typically powered electrically, ensuring smooth and quiet transitions that minimize disturbance to the patient. This feature underscores the bed’s capability to support a wide range of clinical needs and enhance safety and comfort for both patients and healthcare providers.

Accessory Detail:

• Motor Linear: The hospital ICU bed is equipped with four imported linear motors that drive its various adjustable features, ensuring high performance and reliability. These motors are specifically selected for their ability to provide smooth, precise movements of the bed’s sections, including height, back, and leg adjustments. One of the standout characteristics of these motors is their silent operation, which is crucial in the sensitive environment of an ICU. The quiet functionality minimizes disturbance to patients, helping to maintain a calm and restful atmosphere which is essential for patient recovery. Adicionalmente, the use of multiple motors allows for independent control of different bed sections, enhancing the ability to customize patient positioning quickly and efficiently. This can significantly aid in various medical procedures, improve patient comfort, and reduce the physical strain on healthcare staff. The integration of these advanced linear motors underscores the bed’s design focus on combining technical sophistication with patient-centered care.
• 6’’Rodízio: The hospital ICU bed is outfitted with superior 150mm dual-wheel casters constructed from TPE (Thermoplastic Elastomer), known for its durability and wear resistance. These casters are engineered to withstand tens of thousands of braking actions without showing signs of wear, ensuring long-lasting functionality and safety. The material is also corrosion-resistant, making the casters well-suited for the diverse and often harsh conditions of medical environments, where exposure to various cleaning agents and fluids is common. Adicionalmente, the casters are designed to operate quietly, minimizing noise that can disturb patients, a crucial consideration in the sensitive environment of an ICU. The inclusion of an anti-entanglement feature further enhances their functionality, preventing cords and other debris from getting caught in the wheels, thus maintaining smooth and uninterrupted movement. This thoughtful design ensures that the ICU beds can be easily and safely maneuvered, aiding in the efficient care and comfort of patients.
• Bumper Wheel: The hospital ICU bed is equipped with bumper wheels located at each of the four corners, strategically positioned to protrude from the bed frame. These bumpers play a crucial role in protecting both the bed and the hospital infrastructure. Made from soft plastic material, they are specifically designed to absorb impact effectively. This absorption capability is critical in reducing the force of collisions with walls or other objects within the hospital environment, thereby minimizing damage to both the bed itself and the facility. Adicionalmente, the presence of these bumpers helps in safeguarding patients from sudden shocks or disturbances that could occur from such impacts. This thoughtful inclusion not only preserves the physical integrity of the critical care setting but also enhances the safety and comfort of patients, ensuring a more stable and secure environment during their recovery period.
• Indicador de ângulo: The hospital ICU bed is outfitted with angle indicators located on each of the bed’s guardrails, a design feature that significantly aids medical staff in their caregiving duties. These indicators allow healthcare professionals to quickly and easily observe the precise tilt angle of the bed, which is essential for administering accurate and effective patient care. Whether adjusting the bed for specific therapeutic reasons, such as enhancing respiratory function or improving circulation, or for patient comfort, these indicators provide a clear and immediate reading. The scales on the angle indicators are distinctly marked and easy to distinguish, ensuring that adjustments can be made with precision and confidence. This functionality not only enhances the efficiency of medical interventions but also contributes to better patient outcomes by ensuring that the bed configurations are optimally set to meet individual patient needs.
• Fechamento Central Pedal: The hospital ICU bed is equipped with an integrated central locking pedal, strategically located at the foot of the bed for ease of access and operation. This central control mechanism simplifies the process of securing the bed in place or allowing it to move, enhancing both safety and maneuverability within the ICU environment. When the red side of the pedal is pressed, the bed locks firmly in position, ensuring that it remains stationary and secure, which is crucial during medical procedures or when stability is necessary for patient safety. Por outro lado, pressing the green side of the pedal releases the lock, making the bed mobile again. This system allows healthcare providers to quickly and efficiently transition the bed’s status between stationary and mobile, catering to the immediate needs of the patient and medical staff. The intuitive color coding (red for stop, green for go) further aids in preventing operational errors, contributing to a safer and more effective patient care environment.
• Pólo IV&Previsão do Pólo IV: The hospital ICU bed is equipped with a highly functional IV pole, crafted from sturdy stainless steel, ensuring durability and reliability in a critical care setting. This IV pole is designed with an adjustable height feature, allowing healthcare providers to tailor its position to best suit the patient’s needs and the specific requirements of various treatments. Equipado com quatro ganchos, the pole can support multiple IV bags simultaneously, facilitating efficient administration of fluids, medications, or nutrients. Adicionalmente, the bed incorporates several IV pole provisions, which are strategically located at each of the four bumper wheels and at the central points on both the left and right side edges of the bed. These provisions offer flexibility in positioning the IV pole, making it possible to accommodate additional medical needs and enhance patient care. This thoughtful placement across multiple points ensures that the IV setup can be easily accessed and adjusted by medical staff, optimizing the care environment and patient management in the ICU.
• Control Panel: The hospital ICU bed features advanced control panels embedded within both the inner and outer sides of the guardrails at the headboard section, enabling comprehensive control over the bed’s functionalities, including the main power switch and various adjustments. Adicionalmente, a specialized control panel at the footboard offers the capability to lock individual functions. This safety feature is crucial for preventing unintended adjustments, ensuring that settings critical to patient care remain unchanged unless deliberately modified by medical staff. This design not only enhances patient safety but also provides healthcare providers with precise control over the bed’s configuration, aiding in the effective treatment and comfort of the patient.
• Bateria de reserva: The hospital ICU bed is equipped with a back-up battery system, a critical feature designed to ensure continuous functionality during emergencies such as power outages or when the bed needs to be moved to different locations within the hospital without access to a power outlet. This battery provides a reliable source of power, enabling all the electrically-operated features of the bed—including adjustments to bed height, angles of incline, and side rails—to remain operational. The presence of this back-up system is vital for maintaining the safety and comfort of patients during unexpected power failures, ensuring that their care remains uninterrupted. Adicionalmente, it allows healthcare providers to perform necessary adjustments and treatments without delay, safeguarding the well-being of patients under all circumstances.
• RCP manual: The hospital ICU bed is equipped with a manual CPR function, a critical safety feature designed to enhance emergency response capabilities within the ICU. Located conveniently at the side of the bed, the manual CPR button, when pressed, rapidly resets the bed to its original flat position. This immediate response is crucial for facilitating prompt and effective cardiopulmonary resuscitation (CPR) and other life-saving medical interventions. The ability to quickly flatten the bed ensures that medical staff can perform emergency procedures with minimal delay, significantly improving the chances of patient recovery during critical situations. This feature not only underscores the bed’s functionality in critical care scenarios but also greatly enhances the overall safety and effectiveness of the medical care provided in the ICU.
• Weighing System: The hospital ICU bed is equipped with an advanced weighing system, complete with a weight display located at the footboard, enhancing the precision of medical care provided to patients. This integral feature allows healthcare professionals to monitor a patient’s weight directly from the bed, facilitating the accurate dosing of medications based on the patient’s actual weight. Such precision is crucial, especially in critical care settings, where medication efficacy and safety can depend significantly on the patient’s weight. The weight display is easily accessible, ensuring that medical staff can quickly and accurately assess weight changes without needing to move the patient, thus reducing discomfort and maintaining stability. This system not only meets the detailed medical needs of patients but also supports the administration of personalized care, enhancing treatment outcomes in the ICU.

BUILT-IN ANGLE INDICATOR

Distributed on each guardrail, it can help medical staff observe the inclination angle of the hospital bed to facilitate more precise care. The scale is clear and easy to distinguish.

PP BED END

Made of PP material, one-time blow molding, beautiful, flawless, anti-corrosion and high temperature resistant. With safety lock, it will not be accidentally detached. Detachable design allows quick adjustment in emergency situations. The footboard has a recessed control panel and weight indicator.

BUMPER WHEEL

Located at the four corners of the bed, they protrude from the bed body and play a protective role. Made of soft plastic material, it can effectively absorb the impact force during impact, reduce the impact on the wall and bed, and keep the patient away from shock.

PEDAL DE TRAVAMENTO CENTRAL

Located at the end of the bed, the integrated central control pedal facilitates overall braking. When you step on the red footrest, the entire bed is firmly fixed in place and cannot move, making it very safe. The bed can move again when the green side footrest is depressed.

BASE COVER

There is a dust cover at the bottom of the bed, which increases stability and reduces bacterial residue at the bottom of the bed, making it easy to clean and more beautiful.

PP SIDE RAIL

Made of PP material, one-time blow molding, beautiful, flawless, anti-corrosion and high temperature resistant. Liftable design is convenient for patient activities, medical care or patient transfer. Damping guardrails prevent sudden and unexpected drops from causing harm. Each guardrail comes with an embedded angler. There are embedded control panels on both sides of the back panel guardrail.