BM32A Hospital Manual Bed

A hospital manual bed is a specialized type of bed designed for use in medical settings such as hospitals and nursing homes. Unlike electric beds, these beds are operated manually through mechanisms like hand cranks to adjust various sections of the bed. This manual adjustment capability allows caregivers to alter the bed’s height, head, and foot angles to accommodate patient needs for comfort, treatment, and therapy. Typically made from durable materials like stainless steel and equipped with features such as side rails for patient safety, drainage hooks for medical convenience, and IV poles for administering fluids, these beds are essential for patient care. The inclusion of mattress retainers ensures the mattress stays in place, adding comfort and safety.

Technical Parameter:

Technical Configuration:

Product Introduction:

Quality Control:

• Design: The design of the hospital manual bed focuses on durability, patient safety, and ease of maintenance, making it an essential fixture in healthcare settings. Constructed with robust materials that are pre-treated to enhance longevity and appearance, these beds feature a high-quality finish that is scratch-resistant. This ensures that the bed remains in excellent condition, even under the rigorous demands of a hospital environment. Additionally, the surfaces are coated with a bacteriostatic layer, which inhibits the growth of bacteria, thus reducing the risk of hospital-acquired infections. The use of Epoxy Powder Coating not only adds to the aesthetic appeal with its smooth and uniform finish but also provides an additional layer of protection against corrosion, chemicals, and impact. Overall, the design of the hospital manual bed balances functional requirements with stringent health and safety standards, offering a reliable solution for patient care.
• Technology: The technology integrated into the hospital manual bed is designed to enhance both durability and safety. One of the standout features is the utilization of a mechanical arm that performs 360° seamless welding. This technique ensures that there are no weak points or gaps in the bed frame, which significantly increases the overall strength and longevity of the bed. Seamless welding not only enhances the structural integrity but also creates a smoother surface, reducing the risk of injury or snagging on clothing and bedding. This meticulous approach to construction is critical in a hospital setting, where the equipment must withstand constant use and cleaning without compromising patient safety or comfort. The incorporation of this advanced welding technology demonstrates a commitment to quality in healthcare equipment manufacturing.
• Safety Standard: The hospital manual bed is engineered to meet rigorous safety standards, ensuring it is suitable for medical use while prioritizing patient welfare. It adheres to ISO 13485:2016, a specific standard for medical device quality management systems, highlighting its consistent design and manufacturing processes that meet regulatory requirements. Additionally, the bed meets ISO 9001:2015 standards, which affirm its compliance with quality management principles including a strong customer focus and a process of continuous improvement. Beyond these, the bed also holds CE certification, indicating that it meets EU safety, health, and environmental protection requirements, and it is FDA approved, ensuring compliance with U.S. safety regulations. These certifications underline the bed’s high safety and quality standards, ensuring that it can be trusted in diverse healthcare environments.

Framework：

• Platform: The platform of the hospital manual bed exemplifies advanced engineering and meticulous attention to detail in its construction. It features a die-punched bed board, a method that enhances the structural integrity and uniformity of the metal. This board is seamlessly integrated with a robot-welded surface that has been meticulously polished to eliminate any welding scars, creating a flawless and clean finish. This precision ensures the bed can comfortably support up to 200kg, thanks to its robust design. The materials used for the bed are pre-treated to achieve a superior finish that is not only visually pleasing but also scratch-resistant. Additionally, a bacteriostatic coating is applied to the surface, effectively reducing microbial growth and enhancing the bed’s hygienic properties. An epoxy powder coating further fortifies the bed against corrosion, chemicals, and physical impacts, ensuring durability and safety in the demanding hospital environment. This combination of advanced materials and fabrication techniques results in a bed platform that is durable, safe, and conducive to patient care.
• HDPP Bed End: The HDPP bed end of the hospital manual bed is crafted from high-density polypropylene (HDPP), a material known for its durability, cleanliness, and impact resistance. These bed ends are designed to be fully detachable, allowing for quick adjustments or removal in emergency situations, which enhances the bed’s flexibility and functionality in critical care settings. Additionally, safety locks are integrated into the design to ensure that the bed ends remain securely attached when needed, preventing accidental detachment that could compromise patient safety. To further enhance safety, each corner of the bed end is equipped with collision protection features. These are specifically designed to absorb impacts and minimize the risk of injury to patients and staff, as well as to protect the bed itself from damage. This thoughtful incorporation of robust materials and safety features makes the HDPP bed end an essential component of the hospital manual bed, ensuring it meets the rigorous demands of a healthcare environment.
• HDPP Side Rail: The HDPP side rail of the hospital manual bed is constructed from high-density polypropylene (HDPP), a material that provides exceptional durability and resistance to chemicals and impacts, making it ideal for the demanding environment of a hospital. The side rail features a four-piece, damping-style lifting mechanism that allows for smooth, controlled adjustments. This design minimizes the risk of sudden drops or snaps that could potentially injure the patient or caregiver. Special attention has been paid to safety details to prevent common accidents associated with hospital beds: the side rails include anti-pinch and anti-trap features to ensure that hands or fingers do not get caught during adjustments. These features not only enhance patient safety but also improve usability and comfort, making the bed more accessible to both patients and healthcare providers. The inclusion of HDPP also ensures that the side rails are easy to clean and maintain, supporting stringent hygiene protocols in healthcare settings.

Function:

• Back Section Adjustment: The back-rest of the hospital manual bed is meticulously designed to provide optimal comfort and support to patients, accommodating a range of needs from resting to sitting up for meals or therapies. It features an adjustable angle, allowing it to be raised from a flat position to an incline of up to 65°. This flexibility is crucial for enhancing patient comfort, promoting respiratory function, and aiding in the recovery process for those who spend extended periods in bed. The mechanism for adjusting the back-rest is engineered for smooth operation, preventing any sudden movements that could cause discomfort or harm to the patient. Additionally, the adjustment range ensures that the bed can be easily configured to suit various medical requirements and patient preferences, making it an integral part of the caregiving process in hospital settings. This feature, coupled with the robust construction of the bed, underscores the commitment to patient care and comfort in the design of the hospital manual bed.
• Leg Section Adjustment: The knee-rest of the hospital manual bed is another critical component designed to enhance patient comfort and assist in medical care and recovery. It can be adjusted to an angle of 35°, which is crucial for supporting the natural curvature of the patient’s legs and promoting circulation. This adjustability is particularly beneficial for patients who are required to remain in bed for long periods, as it helps reduce the risk of pressure sores and aids in maintaining proper leg alignment. The adjustment mechanism is engineered to be smooth and reliable, ensuring that changes in positioning can be made gently and safely, without causing discomfort or distress to the patient. This feature not only contributes to the overall comfort of the patient but also facilitates various therapeutic and medical procedures by allowing easy access and appropriate positioning of the lower limbs. The thoughtful integration of the adjustable knee-rest in the hospital manual bed design underscores the commitment to patient care, comfort, and recovery.
• Whole Bed Height Adjustment: The height adjustment feature of the hospital manual bed is designed to enhance both patient safety and caregiver ergonomics, ranging from 500mm to 840mm. This capability allows the bed to be lowered for easy patient access, such as during transfers from a wheelchair or when the patient needs to get into or out of bed independently. Conversely, it can be raised to a higher setting, providing an ergonomic height for caregivers to carry out medical procedures without straining their backs. This adjustability is crucial in reducing the risk of injuries for both patients and staff, and it aids in promoting a more efficient caregiving process. The mechanism for height adjustment is robust and operates smoothly, ensuring that changes can be made quickly and quietly, thereby minimizing disturbance to the patient. This feature not only improves the functionality of the hospital manual bed but also enhances the overall safety and comfort of the healthcare environment.

Accessory Detail:

• ABS Manual Crank: The hospital manual bed is equipped with an ABS manual crank system, designed to provide durability and ease of use in adjusting bed settings. Covered with high-quality ABS plastic, the cranks are protected against impacts and contamination, ensuring they remain clean and functional in a sterile environment. This bed features retractable hand cranks, each dedicated to controlling different aspects of the bed: one adjusts the backrest while the other modifies the knee-rest position. This separation of functions allows for precise adjustments tailored to the specific needs and comfort of the patient. Notably, the hand cranks are built to withstand extensive use, remaining fully operational and intact even after 100,000 uses. This durability reassures healthcare providers of the bed’s reliability and longevity, minimizing maintenance concerns and ensuring consistent performance in critical care settings. The retractable design of the cranks also ensures that they do not obstruct movement around the bed, contributing to a safer and more efficient caregiving environment.
• Caster: The casters on the hospital manual bed are meticulously designed to enhance mobility and safety, essential for dynamic healthcare environments. Each bed is equipped with 5-inch covered casters made from durable PR material, known for its exceptional wear resistance. These casters are rigorously tested to ensure they can endure up to 30 kilometers of movement without showing signs of wear and tear, underscoring their robustness and longevity. A key feature of these casters is their precision-designed anti-winding shell, which cleverly avoids the use of screws that could potentially loosen over time. This design choice not only enhances the overall durability but also ensures smooth, uninterrupted motion that prevents any jamming from debris or threads. Additionally, each caster is equipped with an independent brake, providing superior control and stability. This braking system allows precise positioning and secure locking of the bed, ensuring safety for both patients and healthcare staff during transfers and care procedures. The combination of high-quality materials, thoughtful design, and individual braking enhances the bed’s functionality, making it safer and easier to maneuver in various clinical settings.
• Drainage Hook: The hospital manual bed features strategically placed drainage hooks, which are injection molded for durability and precision. Located on both sides of the bed, these hooks are designed to support drainage bags and other medical necessities, facilitating seamless care and management of patient needs. The use of injection molding in the manufacturing process ensures that these hooks are robust, able to withstand the daily rigors of a hospital environment without breaking or deforming. This design consideration not only enhances the functionality of the bed but also contributes to maintaining a tidy and organized space around the patient. By having these hooks on both sides, caregivers can easily access and manage essential equipment, regardless of the bed’s position in the room or the patient’s orientation. This accessibility is crucial for efficient care delivery and helps in maintaining a high standard of patient comfort and safety.
• IV Pole&IV Pole Prevision: The IV pole of the hospital manual bed is designed with both durability and practicality in mind, crafted from high-grade stainless steel to ensure long-lasting performance and resistance to corrosion. This sturdy material choice is ideal for the demanding conditions of a hospital environment. The pole features four plastic hooks, each engineered to support up to 15 kg, accommodating multiple IV bags simultaneously without risk of bending or breaking. This robust carrying capacity is essential for patients requiring multiple infusions, providing a reliable and secure setup. Additionally, the IV pole is thoughtfully integrated with four provisions spread at each corner of the bed frame. This strategic placement allows the pole to be easily moved and securely attached at the most convenient location for patient care, enhancing accessibility for medical staff while ensuring patient comfort. The combination of high-quality materials, significant load capacity, and versatile positioning makes the IV pole a critical component of the hospital manual bed, enhancing its functionality in a clinical setting.
• Bumper Wheel: The hospital manual bed is equipped with bumper wheels on both the head and foot boards, designed to enhance the bed’s mobility and protect both the bed and hospital infrastructure from damage during movement. These bumper wheels have a diameter of 60mm, which ensures they are robust enough to handle the frequent repositioning within the hospital’s complex environment. The larger diameter of these wheels provides a smoother roll over various surfaces, reducing the effort required to move the bed and enhancing maneuverability in tight spaces. Additionally, the presence of these wheels helps absorb impacts when the bed is moved close to walls, door frames, or other hospital furniture, preventing scratches, dents, and other forms of damage. This design feature not only prolongs the life of the bed and maintains the aesthetic of hospital corridors but also contributes to a safer environment for patients and staff by minimizing the risk of accidents during transport.
• Mattress Retainer: The hospital manual bed incorporates a dual-function mattress retainer, a feature designed to enhance both safety and convenience in patient care. This retainer system serves a pivotal role in ensuring that the mattress remains securely in place, preventing any shifts or slips that could compromise patient safety or comfort, particularly during adjustments of bed positions such as elevation of the back or knee rests. The dual-functionality aspect of the retainer means that it not only holds the mattress firmly but also facilitates easy adjustments and removal when required, such as for bedsheet changes or thorough cleanings. This capability is especially important in a hospital setting where hygiene and adaptability to different patient needs are paramount. By integrating a robust and flexible mattress retainer, the design of the hospital manual bed enhances the overall care experience, ensuring that the bed can be quickly and easily adapted to meet the diverse and dynamic requirements of a clinical environment.

DRAINAGE HOOK

Injection molded drainage hooks on both sides of the bed.

ABS MANUAL CRANK

ABS cover. Retractable hand cranks to control backrest and knee-rest. The hand cranks remain intact after 100,000 uses.

CASTER

5”covered casters. PR material, walks 30KM with no wear and tear. Precision- designed anti-winding shell with no screws.with independent brake on each caster to have better movement, more safe.

IV POLE

The infusion pole is made of stainless steel and has four plastic hooks that can bear up to 15 kg of weight.

PLATFORM

Die punching bed board features a robot-welded surface that has been polished to perfection, leaving no welding scars. Bearing 200kg Robust design, pre-treated with materials providing good finish, scratch resistant, bacteriostatic coating & epoxy powder coat.

MATTRESS RETAINER

Have dual-function mattress retainer.

BUMPER WHEEL

Have head and foot boards bumper wheels that have a diameter of 60mm.