BE50A Five Function Electrical Medical Bed

An electrical medical bed is a specialized piece of hospital furniture designed to enhance patient care through various adjustable features powered by electricity. Unlike traditional hospital beds, electrical medical beds are equipped with motors and a control system that allows for the automatic adjustment of bed sections, including the head, foot, and height of the bed, to accommodate patient needs and medical procedures. These beds are typically operated via a handheld controller or panels attached to the bed, enabling both healthcare providers and patients themselves to make adjustments as needed. Key features often include adjustable backrests, leg lifts, and overall bed elevation, as well as safety enhancements like lockable casters for easy mobility and stability, and bumper covers to prevent damage and injuries.

Technical Parameter:

Technical Configuration:

Optional:

• Back-up Battery
• Bed Extension
• Nurse Controller
• Auto-regression Function
• Night Light
• Monkey Pole
• Manual CPR
• Electric CPR
• Mattress

Product Introduction:

Quality Control:

• Technology: The technology behind modern electrical medical bed incorporates advanced manufacturing techniques to ensure both aesthetic appeal and high-quality standards. One notable feature is the use of 360° robotic arm welding, which seamlessly joins metal components without leaving any gaps or dead angles. This method not only enhances the structural integrity of the bed but also improves its overall finish and durability. Additionally, cutting-edge safety derusting technology is employed to prepare the metal surfaces by removing any rust effectively, thereby preventing future corrosion. After derusting, a sophisticated spraying technique is applied to coat the beds. This not only contributes to the aesthetic value of the beds by giving them a uniform and appealing finish but also acts as an additional layer of protection against environmental factors, thus ensuring the longevity and reliability of these critical healthcare tools. 
• Safety Standard: The safety standards of electrical medical bed are rigorously upheld through compliance with multiple international certifications to ensure they meet the highest quality and safety benchmarks. These beds adhere to ISO 13485:2016, which is a specific standard for medical devices that focuses on a quality management system and consistent design, development, and production. Additionally, they meet ISO 9001:2015 standards, which emphasize customer focus, the motivation and implication of top management, and the process approach and continual improvement. Furthermore, the inclusion of CE certification indicates that these beds conform to European health, safety, and environmental protection standards. This trio of certifications guarantees that the electrical medical beds not only provide exceptional reliability and safety for users but also maintain high-quality manufacturing processes, making them suitable for medical environments demanding the utmost in care and efficiency.

Framework：

• Platform: The platform of the electrical medical bed is thoughtfully segmented into four key parts: the back section, buttock section, thigh section, and calf section. This design allows each section to be raised or lowered independently or simultaneously, providing unparalleled flexibility and precision in patient positioning which is critical for both effective treatment and efficient nursing care. Constructed primarily from metal, the platform is robust and durable. A quality coating is applied post-manufacturing, enhancing both the aesthetic appeal and safety of the bed by creating a smooth, cleanable surface that resists wear and contamination. Additionally, the platform features a ventilated design with strategically placed air holes. This not only helps in maintaining airflow but also plays a significant role in the prevention of bedsores, offering added comfort and protection for patients during extended periods of immobility. This combination of structural integrity, functional versatility, and patient-oriented features makes the bed an essential tool in medical settings.
• ABS Bed End With Safe Lock: The ABS bed ends of the electrical medical beds are constructed using high-grade ABS material, renowned for its strength and ability to withstand high-temperature disinfection processes, ensuring the product remains durable and hygienic over its lifespan. These bed ends are equipped with a safety lock mechanism that allows them to be securely fastened at both the head and the foot of the bed. This safety feature helps prevent patients from accidentally falling out, thereby enhancing patient safety considerably. Moreover, in the event of an emergency, these bed ends can be quickly and easily removed by healthcare personnel, facilitating immediate access to the patient for urgent medical interventions. This combination of robust material, safety-focused design, and operational ease makes the ABS bed ends an integral component of the electrical medical bed, aligning with the highest standards of patient care and safety.
• PP Side Rail: The PP side rails of the electrical medical bed are crafted from high-quality polypropylene (PP) using a blow molding process, which ensures the material’s inherent resistance to corrosion and its ability to withstand high-temperature disinfection. These features make the side rails highly durable and suitable for rigorous healthcare environments. Additionally, these side rails are designed with a damping mechanism that allows them to be raised or lowered quietly, smoothly, and steadily. This thoughtful design prevents the rails from being dropped abruptly, thereby eliminating the risk of accidents and enhancing patient safety. The adjustable nature of the side rails plays a crucial role in facilitating patient transfers and movements, offering substantial support and stability to patients as they get in and out of the bed. Their ease of operation and safety features make them an essential component of the bed’s overall functionality and patient care efficacy.

Function:

• Trendelenburg/Reverse Trendelenburg: The electrical medical bed is designed to provide both Trendelenburg and Reverse Trendelenburg adjustments, with a precise tilt angle of approximately 12°±3°. The Trendelenburg position tilts the bed so the patient’s feet are elevated above the head, which can improve venous return and is often used in emergency situations to enhance blood flow to vital organs. Conversely, the Reverse Trendelenburg position raises the head higher than the feet, which is beneficial for patients with respiratory issues, promoting easier breathing and aiding in the prevention of gastroesophageal reflux. This functionality is crucial for a diverse range of clinical applications, from emergency care to enhancing patient comfort and care in various medical scenarios. The ability to finely adjust the angle within this range allows healthcare providers to tailor the bed positioning to the specific needs and conditions of each patient, thereby optimizing care and enhancing recovery outcomes.
• Back Section Adjustment: The back section of the electrical medical bed is equipped with an adjustable feature that allows the tilt angle to be finely controlled up to approximately 75°±10°. This level of adjustability ensures that patients can be positioned in a variety of angles for both comfort and medical necessity. Whether for reading, eating, or engaging in conversation, the ability to adjust the back section improves the quality of life for patients who spend extended periods in bed. Medically, this feature is invaluable for respiratory therapy, facilitating easier breathing for patients with pulmonary conditions. It also helps in the prevention of pressure ulcers by allowing frequent changes in posture and reducing prolonged pressure on any one part of the body. The precise control over the back section’s angle also assists healthcare providers in performing various procedures and treatments directly at the bedside, enhancing both patient care and workflow efficiency.
• Leg Section Adjustment: The leg section adjustment on the electrical medical bed offers a tilt range of about 35°±10°, providing significant flexibility in patient positioning. This feature is especially critical for various therapeutic, rehabilitative, and comfort measures. By adjusting the leg section, patients can achieve positions that aid in circulation, reduce edema, and alleviate discomfort, particularly in the lower extremities. This adjustment is also beneficial for patients recovering from surgeries or injuries, as it allows for elevation of the legs to promote healing and reduce swelling. The precise control available in the leg section facilitates tailored therapeutic positioning that can be adjusted to meet the specific needs of each patient, thereby enhancing recovery outcomes and improving overall patient comfort. The capability to finely tune the angle also supports ergonomic care practices, helping to prevent complications related to prolonged immobility.
• Whole Bed Height Adjustment: The electrical medical bed features an adjustable height mechanism that allows the entire bed to be elevated or lowered within a range of 455mm to 745mm. This feature is crucial for both patient safety and healthcare provider ergonomics. By adjusting the bed to a lower height, patients can safely and easily get in and out of bed, reducing the risk of falls and injuries. Conversely, raising the bed to a higher position facilitates easier access for medical staff during examinations, treatments, and caregiving tasks, helping to prevent strain and injury from bending or reaching awkwardly. This height adjustability also enables the bed to be set at an optimal level for various medical equipment and procedures, enhancing the efficiency of medical interventions and patient care routines.

Accessories Detail:

• Caster: The casters on the electrical medical bed are meticulously designed to enhance mobility and ensure durability. These are five-inch dual-sided wheels made from TPE (Thermoplastic Elastomer), a material known for its corrosion resistance and wear resistance. This choice of material ensures that the casters can withstand extensive use in a hospital environment, where frequent movement and cleaning are common. Additionally, the casters feature an anti-wrap design, which prevents cords and other debris from getting tangled in the wheels, thus maintaining smooth and efficient operation. Remarkably, these casters are engineered to deliver up to 30 kilometers of quiet, stable movement without showing signs of wear. This capability not only contributes to a quieter healthcare setting, which is beneficial for the comfort of patients, but also reduces maintenance needs and enhances the overall lifespan of the bed. The combination of these features makes the casters an integral component of the bed’s functionality, providing reliable and silent movement across various hospital surfaces.
• Bumper Cover: The bumper covers on the electrical medical bed are strategically positioned at each of the four corners, playing a critical role in enhancing the bed’s safety features. These bumpers are made from a soft plastic material designed to absorb impact effectively. This design minimizes the damage during collisions, protecting not just the bed itself, but also reducing the risk of injury to patients and preventing scuffs and dents on hospital walls. The soft plastic material chosen for these bumpers is key to their functionality, as it cushions the blow and disperses the force of the impact across a broader area, thereby mitigating the effects of unintended bumps during maneuvers around tight hospital corridors and rooms. By incorporating these bumper covers, the electrical medical bed ensures an additional layer of safety and durability, safeguarding both the healthcare environment and its occupants.
• Linear Motor: The electrical medical bed is equipped with high-quality linear motors, each dedicated to controlling a specific function of the bed, thus allowing for independent operation of its various features. These motors are engineered for silent operation, with noise levels not exceeding 50 decibels, which is roughly equivalent to the noise level of a quiet office. This low noise output is crucial in a hospital setting, where a quiet environment can significantly affect patient comfort and recovery. Furthermore, these linear motors are built to endure, capable of performing up to 20,000 cycles of operation. This durability ensures that the bed can be adjusted frequently and reliably over many years, supporting the dynamic needs of different patients while reducing the need for frequent maintenance or replacement. The combination of independent function control, quiet operation, and high durability makes these linear motors integral to the overall functionality and longevity of the electrical medical bed.
• Angle Indicator: The angle indicator of the electrical medical bed is a thoughtfully integrated feature, embedded within the four side rails for maximum visibility and convenience. This placement allows healthcare providers to easily view the angle indicators from either side of the bed, facilitating precise adjustments of the back and leg sections, or the overall tilt of the bed. Such precise control is particularly important for administering accurate treatments to patients, ensuring that the bed’s positioning can be finely tuned to meet specific therapeutic requirements. The clarity of the angle indicator’s scale marks further aids in this precision, enabling quick and accurate readings by medical staff. This feature not only enhances the efficacy of patient care but also supports the optimal positioning for comfort and recovery, making it an essential component of the bed’s design.
• Central Locking Pedal: The central locking pedal on the electrical medical bed is an innovative feature designed to enhance mobility and safety. Positioned at the lower end of the bed’s footer, one pedal is located on each side, ensuring that the locking mechanism can be easily accessed and activated from either side. This dual-sided placement allows healthcare providers to swiftly engage the central locking system regardless of their position relative to the bed. Engaging the pedal on the rear side activates the bed’s brakes, securely locking all wheels and rendering the bed immobile. This is crucial for ensuring patient safety during treatments or when the bed must remain stationary. Conversely, pressing the pedal on the front side releases the brakes, allowing the bed to be moved freely. This system provides a quick and convenient braking solution, enabling smooth transitions between stationary and mobile states, which is essential for the dynamic environment of medical facilities.
• IV Pole&IV Pole Prevision: The electrical medical bed is equipped with a robust IV pole and strategically positioned previsions to enhance its functionality in medical settings. The IV pole, constructed from full stainless steel (SS), is designed to be both durable and hygienic, essential qualities in a healthcare environment. Its sturdy build allows it to bear loads up to 15kg, accommodating various intravenous fluids and medications without the risk of bending or breaking. To maximize accessibility and convenience, the bed includes four IV pole previsions, located at each corner of the bed. This placement ensures that the IV pole can be easily and securely attached at the most convenient location for both patient and healthcare provider, depending on the specific medical situation or the patient’s needs. This thoughtful integration of the IV pole and its provisions enhances the bed’s versatility and functionality, facilitating efficient and effective patient care.
• Hand Controller: The hand controller of the electrical medical bed is a central element designed to effortlessly manage all the functionalities of the bed, enhancing both patient comfort and caregiver efficiency. This controller allows for the adjustment of the back and leg sections, synchronized movement of the back and leg panels, as well as the overall height adjustments and the tilting of the bed in both forward and reverse directions. The integration of all these controls into a single, user-friendly remote streamlines the operation, making it straightforward for either the patient or the healthcare provider to adjust the bed settings as needed. The hand controller is connected to the bed with a coiled, spiral cord, which provides flexibility and ensures that the controller can be easily reached yet remains tidy and out of the way when not in use. This thoughtful design prevents the cord from becoming a trip hazard while keeping the controller accessible and easy to use, thereby optimizing the functionality and safety of the bed.

CASTER WITH CENTRAL LOCKING PEDAL

Five-inch double-side casters, TPE anti-corrosion material, wear resistance, with anti-winding design, 30km smooth and quiet operation without wear. Put down the rear side, whole bed brake, can’t move. Step down the front side and the whole bed can move again. Fast and easy braking system.

ABS BED END

ABS material, high temperature disinfection resistance, durable. With a safety lock design, it can be firmly locked at the head of the bed to prevent the patient from falling, and it can also be quickly pulled out by medical staff in an emergency to implement rescue in time.

PP SIDE RAIL

Made of pp material blow molded, corrosion-resistant and high-temperature sterilization resistant. With damping design, the guardrail can be raised or lowered quietly, slowly and smoothly without causing accidents. Lifting guardrails can play a key role in patient transfer and patient movement.

IV POLE

Full SS IV pole, bearing 15kg. 4 previsions spread at four bed corners.

LINEAR MOTOR

Each motor controls a function of the hospital bed to achieve functional independence. Silent operation, maximum decibel does not exceed 50dB. Can be run 20,000 times.