BE52N Touch Screen Panel ICU Beds with Weighing System

ICU beds are specialized medical beds designed to meet the critical needs of patients in a hospital’s intensive care department. These beds are equipped with advanced features that enhance patient comfort, segurança, and care management. Key functionalities often include adjustable bed positions controlled via electronic systems, built-in weighing scales for continuous monitoring, vital signs tracking, and emergency features like electric CPR for rapid response. ICU beds are typically outfitted with multifunctional side rails that contain embedded control panels and touchscreens, allowing both patients and healthcare providers to adjust settings conveniently. The design also integrates backup power systems to ensure functionality during power outages, making ICU beds essential in providing comprehensive care and supporting complex medical treatments in critical care settings.

Parâmetro técnico:

Configuração Técnica:

Opcional:

• Luz noturna
• Pólo de Macaco
• Seção traseira translúcida de raios X
• Controlador de mão
• Extensão de cama
• RCP manual
• Weighing System

Introdução do produto:

Controle de qualidade:

• Tecnologia: ICU beds are specially designed to support critically ill patients, incorporating advanced technology to enhance patient care. These beds are typically constructed with an entire steel frame that provides robust support and durability. Utilizing advanced metal precision cutting techniques and seamless welding processes, the design ensures a sturdy structure with a smooth finish that maintains hygiene by eliminating crevices where bacteria can accumulate. Além disso, ICU beds often feature a 360° rotation capability without dead angles, allowing medical staff to adjust the bed’s position effortlessly from any side to improve accessibility and facilitate various medical procedures without moving the patient. This adaptability is crucial in emergency situations where time and efficient handling of the patient are critical. Adicionalmente, modern ICU beds are equipped with electronic systems for automatic adjustments of bed height, tilting, and other positions to support patient comfort and medical needs.
• Padrão de segurança: ICU beds are engineered to meet rigorous safety standards, ensuring they are suitable for use in critical care environments. These beds often comply with international standards such as ISO 13485:2016 e ISO 9001:2015, which pertain to the quality management systems and the consistent meeting of customer and regulatory requirements in the manufacture of medical devices. Adicionalmente, ICU beds often carry CE certification, indicating that they meet the health, segurança, and environmental protection standards for products sold within the European Economic Area. In the United States, ICU beds may also be FDA certified, showcasing compliance with the stringent requirements set by the U.S. Food and Drug Administration regarding the design, manufacturing, desempenho, and safety of medical devices. This combination of certifications assures healthcare providers and patients that ICU beds are reliable, seguro, and manufactured to the highest standards of quality and safety.

Framework：

• Plataforma: The platform of ICU beds is thoughtfully designed to maximize patient comfort and safety, particularly in long-term care scenarios. The bed surface includes extendable panels at the knee and abdominal areas, which can be adjusted to better fit the patient’s body, thereby reducing pressure and minimizing the risk of pressure injuries. This feature is crucial as it helps in distributing the patient’s weight evenly and provides targeted support to different body parts, facilitating the most scientifically sound method of patient care. Adicionalmente, the platform is equipped with ventilation holes that enhance breathability and prevent moisture buildup, which is essential in preventing bedsores. This combination of extendability and ventilation in the bed design not only helps in improving patient comfort but also significantly contributes to the prevention of common complications such as bedsores, promoting a healthier recovery environment.
• PP Bed End: The head and foot ends of ICU beds are often crafted from polypropylene (PP) using a one-piece blow molding process, which results in a durable and seamless construction. This design choice not only enhances the overall strength and hygiene of the bed but also simplifies cleaning and maintenance. PP, known for its resistance to chemical erosion and physical impact, ensures that these bed ends can withstand frequent use and harsh cleaning agents, which are commonplace in intensive care environments. Adicionalmente, the ease of assembly and disassembly of these PP bed ends is particularly advantageous in the ICU setting. This feature allows for quick configuration changes to meet individual patient needs and facilitates efficient access for medical staff during emergency situations. The practicality of the removable PP bed ends significantly streamlines the process of bed maintenance and patient care, making them an integral part of the ICU bed’s functionality.
• Trilho Lateral PP: The side rails of ICU beds are designed with patient safety and convenience in mind, featuring a four-piece damping lift mechanism made from polypropylene (PP). This material choice not only ensures durability and ease of cleaning but also offers substantial safety benefits due to its robustness and non-toxic properties. Each side rail is equipped with an angle display, which provides caregivers with essential information about rail positioning at a glance, enhancing patient safety by preventing accidental falls. One of the standout features of these PP side rails is their ability to retract and align seamlessly under the bed platform when lowered. This design innovation facilitates a smooth transition between the bed and a transport stretcher, ensuring that there is no gap that could potentially compromise patient safety during transfers. This seamless integration is not only critical for patient safety but also enhances the efficiency of care routines, allowing healthcare providers to maneuver and adjust the bed configurations rapidly and safely.

Function:

• Trendelenburg / Trendelenburg reverso: ICU beds are equipped with sophisticated mechanical capabilities, including the Trendelenburg and Reverse Trendelenburg positions, which are crucial for various medical and therapeutic needs. The Trendelenburg position involves tilting the bed so that the patient’s feet are higher than their head, often used in situations to enhance venous return or during specific surgical procedures. Por outro lado, the Reverse Trendelenburg position tilts the bed to raise the head higher than the feet, commonly employed to aid in respiratory function or to reduce the risk of acid reflux. The ICU beds are designed to achieve a maximum tilt angle of 12°±3° in both Trendelenburg and Reverse Trendelenburg settings, providing sufficient range for effective treatment while ensuring patient safety. This capability allows medical staff to quickly adjust the bed to the required tilt, facilitating optimal patient positioning for various clinical conditions and enhancing overall care efficiency. These features are integral to modern ICU beds, supporting a wide range of medical procedures and patient needs with precision and reliability.
• Ajuste da Seção Traseira: The back-rest of ICU beds is engineered with a focus on flexibility and patient comfort, allowing for an adjustable angle to accommodate various medical and patient needs. It can be lifted to a maximum angle of 65°±10°, which provides a significant range of adjustability for different scenarios, such as aiding patient respiration, eating, or engaging in certain types of therapy. This adjustability is crucial for enhancing patient comfort, promoting lung expansion, and facilitating easier communication and interaction with caregivers and family members. The precise control over the back-rest angle also aids in the prevention of pressure ulcers by allowing regular repositioning of the patient, which is essential for those who spend extended periods in bed. The mechanism used for adjusting the back-rest is designed to be smooth and robust, ensuring that changes can be made gently to avoid causing discomfort or harm to the patient. This feature not only improves the overall patient experience but is also a critical tool in effective patient care management within the ICU setting.
• Ajuste da seção das pernas: The knee-rest of ICU beds is another critical component designed to enhance patient comfort and promote effective care. It can be elevated to an angle of 40°±10°, allowing for significant adjustability to suit individual patient needs and medical requirements. This feature is particularly beneficial in reducing pressure on the lower back and enhancing circulation, which is crucial for patients who are confined to bed for long periods. Elevating the knee-rest helps in maintaining a semi-Fowler’s position, which can aid in respiratory function and digestive processes, and is often used to prevent and manage issues such as venous stasis and deep vein thrombosis. The ability to adjust the knee-rest is essential for customizing patient positioning for therapeutic or comfort reasons, and it also facilitates certain medical procedures and examinations. The smooth and precise adjustability ensures that changes to the knee-rest position can be made with minimal disturbance to the patient, enhancing the overall efficacy of care and patient experience in the ICU.
• Ajuste de altura da cama inteira: The height adjustment feature of ICU beds is a critical aspect of their design, enhancing both patient care and caregiver ergonomics. These beds can be adjusted from a low of 500mm to a high of 750mm, providing flexibility to accommodate various medical procedures and patient needs. The ability to lower the bed to 500mm is particularly useful for patient transfers, making it easier and safer for patients to move between the bed and other devices, such as wheelchairs or transfer stretchers. Raising the bed to 750mm allows caregivers to perform treatments and examinations without excessive bending or stooping, thereby reducing the risk of back injuries and improving ergonomic safety. This range of height adjustability is essential not only for patient comfort—facilitating easier entry and exit, and adjustment to an optimal level for individual medical conditions—but also for optimizing the working conditions for healthcare professionals. The height adjustments can be controlled easily, often through electronic means, ensuring smooth and quiet operation that minimizes disturbance to the patient.

Accessory Detail:

• Rodízio with Electric Brake: The ICU beds are equipped with dual-sided omnidirectional casters and an electronically controlled central locking system for braking, enhancing mobility and stability. The casters allow for smooth movement across different surfaces, facilitating easy positioning and repositioning in tight spaces. The electronic braking system can be quickly engaged or disengaged, ensuring the bed remains stable during medical procedures or when stationary, thereby improving safety and convenience for both patients and healthcare providers. This integration of advanced mobility features and reliable braking mechanisms underscores the focus on patient safety and operational efficiency in critical care settings.
• Indicador de ângulo: The ICU beds are thoughtfully equipped with angle indicators located on the exterior of each side rail, providing a crucial feature for healthcare providers. These indicators allow medical staff to make precise adjustments to the bed’s positioning, ensuring that patients are set at optimal angles for both comfort and specific medical requirements. The clear visibility of the angle indicators on the side rails enables quick verification and adjustment without the need to check multiple interfaces or equipment, streamlining the process and reducing the time needed for setup. This is particularly beneficial during critical care situations where exact positioning can significantly impact patient outcomes, such as during respiratory therapy or post-surgical recovery. The inclusion of angle indicators thus enhances the functionality of ICU beds, promoting better patient care through efficient and accurate bed positioning.
• Pólo IV&Previsão do Pólo IV: The ICU beds are thoughtfully designed with integrated provisions for IV pole attachment, enhancing functionality and accessibility. Strategically placed at each of the four corners of the bed frame are pre-drilled holes for mounting the IV poles, allowing for flexible placement based on patient needs and room configuration. This design ensures that essential medications and fluids can be administered from any side of the bed, facilitating ease of access for medical staff and comfort for the patient. The IV poles themselves are made from durable stainless steel, ensuring longevity and easy maintenance. They are height-adjustable, which allows healthcare providers to set the IV pole at the optimal height for fluid flow and patient accessibility. Adicionalmente, each pole is equipped with four hooks, providing ample space for multiple IV bags and other necessary medical equipment. This combination of strategic placement and robust, adaptable design of the IV poles significantly contributes to efficient and effective patient care in ICU settings.
• Control Panel: The ICU beds are equipped with an advanced control panel featuring heat-sensitive touch switches that are wear-resistant, ensuring durability and a long lifespan. The control panel is thoughtfully designed with embedded touch keypads located on both the inside and outside of the guardrails at the head of the bed. The inner keypads allow patients to independently control and adjust the bed’s posture, enhancing their autonomy and comfort. In contrast, the outer keypads are designed for medical staff, facilitating quick and efficient adjustments necessary for patient care. This dual-placement design not only streamlines operations but also prevents inadvertent adjustments, maintaining a clear separation between patient-controlled and staff-controlled operations, thus optimizing both safety and functionality in the intensive care environment.
• Touch Screen: The ICU bed is outfitted with a sophisticated 10.2-inch touchscreen control system mounted on the footboard, enhancing the functionality and safety of patient management. This touchscreen displays real-time data on the bed’s posture, allowing medical staff to monitor and adjust the bed’s position with precision. The intuitive interface of the touchscreen simplifies the operation, making it easier for healthcare providers to manipulate the bed’s settings to suit specific patient needs or medical procedures. Adicionalmente, the system includes a lock feature, which is crucial for maintaining patient safety. This locking mechanism prevents unauthorized or accidental adjustments, ensuring that the bed remains securely in the set position until intentional changes are made by authorized personnel. This advanced touchscreen technology streamlines caregiver workflow and increases the overall efficiency and safety of patient care in the ICU.
• Memory System: The ICU bed is equipped with a sophisticated memory system that significantly enhances patient care and operational efficiency. This system is capable of storing data related to various bed positions, which can be critical in maintaining continuity of care and optimizing patient comfort. Healthcare providers can easily save preferred or medically necessary positions tailored to individual patient needs. When needed, these pre-set positions can be quickly recalled and applied, allowing for rapid adjustment of the bed to the required posture without the need to manually reconfigure settings each time. This feature is especially valuable in emergency situations or when transitioning patients between treatments, as it ensures that optimal positioning can be achieved swiftly and accurately. The memory system not only saves time but also reduces the physical effort required from medical staff, thereby enhancing the overall care process in the ICU.
• Weighing System: The ICU bed comes integrated with an advanced weighing system, which is a critical feature for ongoing patient management and care. This system not only measures the patient’s weight directly from the bed but also has the capability to store weight data over time. This allows healthcare professionals to monitor changes in a patient’s weight, which can be crucial for adjusting medication dosages, nutritional needs, and assessing overall health status. Adicionalmente, medical staff can set thresholds for acceptable weight fluctuations. The system provides visual feedback through a curve graph that displays weight changes, making it easier to observe trends and identify any sudden or unexpected deviations. If the weight change exceeds the preset limits, the system automatically triggers an alarm, alerting the medical staff to potential issues that may need immediate attention. This feature not only enhances patient safety by facilitating timely interventions but also supports detailed and accurate medical record-keeping.
• Bateria de reserva: The ICU bed is equipped with a backup battery system, a critical feature designed to ensure uninterrupted operation during power outages or other emergency situations. This battery system automatically takes over when the main power supply is disrupted, maintaining all vital functions of the bed, such as adjustability, monitoring systems, and medical device support. The presence of this backup power source is essential for patient safety, as it ensures that the bed’s critical therapeutic and comfort features remain operational without any manual intervention. This is particularly important in an ICU setting, where even a brief interruption in power can compromise patient care and outcomes. The backup battery not only provides peace of mind for healthcare providers but also significantly enhances the resilience of the healthcare facility’s operations, ensuring that high standards of care are maintained even in the face of unforeseen electrical issues.
• Electric CPR: The ICU bed is equipped with an electric Cardiopulmonary Resuscitation (CPR) function, integrated into the control panel, which is a critical feature for emergency response. This function allows for the rapid flattening of the bed with the push of a button, quickly positioning the bed into a flat configuration that is optimal for performing CPR. This immediate transformation is crucial during a cardiac arrest scenario, where every second counts. The electric CPR feature ensures that medical personnel can initiate lifesaving procedures without delay, reducing the time typically spent manually adjusting the bed. This capability not only enhances the efficiency of the emergency response but also significantly improves the chances of patient recovery by ensuring that CPR can be administered as quickly and effectively as possible within the critical initial moments of a cardiac event.

CASTER WITH ELECTRIC BRAKE

PLATAFORMA

TOUCH SCREEN CONTROL PANEL

PP SIDE RAIL