ORP-HPT03S Five Function Patient Stretcher for Hospital

The patient stretcher is an essential piece of medical equipment that plays a crucial role in the transportation and care of individuals in healthcare facilities. ORP-HPT30S patient stretcher designs have evolved significantly, incorporating innovative features and technologies to enhance patient comfort, ensure safety, and optimize healthcare delivery.

Technical Parameter:

Technical Configuration:

Product Introduction:

Quality Control:

• Technology: The design of a patient stretcher is of utmost importance when it comes to ensuring the safety and well-being of patients. The primary objective of this design is to minimize the risk of infection in the hospital environment. These features make the stretcher equipped with a seamless and smooth bed surface and foot board that meet the highest standards of infection prevention in hospitals. It is easy to clean and disinfect the stretcher surface thoroughly, thereby reducing the spread of germs and bacteria. Additionally, the stretcher is built to be robust and strong, thanks to the use of a 360° no blind spot welding technology. This technology ensures that there are no crevices or fissures in the stretcher frame that could trap bacteria or dirt. As a result, the stretcher can withstand frequent use and provide stability and dependability for patients in need of medical attention. The bottom of the patient stretcher is covered with PP material, which is effective in dust prevention and pollution prevention, easy to clean, not easy to deteriorate, and has good quality.
• Safety Standard: The patient stretcher meets the stringent standards set forth by ISO13485:2016 and ISO9001:2015. These certifications serve as benchmarks for quality management systems and medical device manufacturing. By adhering to these standards, the stretcher undergoes rigorous testing and evaluation to ensure its compliance with industry regulations. This guarantees that the stretcher is designed, produced, and maintained in a manner that prioritizes patient safety, reliability, and overall quality.

Frameworks：

• X-ray Translucent Back Section with Gas Spring: The patient stretcher is equipped with the X-ray translucent back section with gas spring, specifically designed to ensure the patient’s comfort and safety during radiological examinations. The back section of the stretcher is constructed using a material that does not impede the passage of X-rays, allowing for images to be captured without needing to reposition the patient. In addition, the gas spring, a sophisticated device integrated into the stretcher, facilitates effortless and noise-free adjustment of the back section’s angle. Its smooth and stable movement mechanism effectively prevents sudden drops or jerks that might potentially jeopardize the well-being of both the patient and the medical personnel involved. This advanced feature, the X-ray translucent back section with gas spring, has been purposefully designed to enhance the overall quality and efficiency of patient care particularly in urgent and critical situations.
• Side Rail: The foldable side rail of the hospital stretcher is skillfully crafted using a combination of alloy aluminum and stainless steel materials, ensuring both durability and reliability. This unique construction provides robustness while maintaining a lightweight design for easy maneuverability. Equipped with a safety lock mechanism, the foldable side rail securely locks into position, providing an extra layer of protection for patients. This feature guarantees that the side rail remains firmly in place, preventing any accidental collapse or movement that could jeopardize the health and safety of the patient. By prioritizing patient well-being, this foldable side rail contributes to creating a secure and comfortable environment during transportation and while the patient is under medical care.

Functions:

• Hydraulic Pump: The hydraulic pump plays a vital role in facilitating efficient power transmission while offering precise control over the operations of machinery. In the case of paient stretchers, the hydraulic pump ensures smooth and regulated movements, guaranteeing secure and comfortable transportation for patients within healthcare facilities. One of the noteworthy advantages of having a hydraulic pump on a hospital stretcher is its capacity to adjust the height of the stretcher itself. This feature enables healthcare professionals to effortlessly transfer patients onto various surfaces, such as beds or examination tables, without straining their own backs or posing any risk of injury to the patient. Moreover, hydraulic pumps allow for controlled and seamless movements when raising or lowering the backrest or kneerest of the stretcher, allowing for optimal patient positioning during medical procedures or adjustments for individual comfort. Ultimately, the design of hydraulic pumps on hospital stretchers prioritizes safety, with stringent measures put in place to ensure the well-being of both patients and medical staff.

The functions controlled by FOOT PEDAL are as below:

• Trendelenburg/Reverse Trendelenburg: The patient stretcher is equipped with the capability to adjust the patient’s body orientation, known as the Trendelenburg or Reverse Trendelenburg position. The Trendelenburg position refers to when the patient’s head is positioned below their feet, while the Reverse Trendelenburg position is the opposite, with the head raised higher than the feet. The ability to achieve these positions offers several advantages for the patient, such as improved blood flow, reduced edema, and enhanced respiratory comfort. The hospital stretcher is capable of inclining the Trendelenburg or Reverse Trendelenburg position up to an angle range of 15°±5°, ensuring flexibility and precise positioning for optimal patient care. By offering the Trendelenburg and Reverse Trendelenburg positions, patient stretcher provide healthcare professionals with the flexibility to adjust the patient’s body orientation to meet specific medical needs. It is important for medical staff to properly assess and monitor patients during these positional changes to ensure their safety and comfort throughout the procedure or treatment.
• Whole Stretcher Height Adjustment: The patient stretcher platform is designed with adjustable height settings, catering to various situational requirements. The platform can be set to a minimum height of 630mm,and the maximum height of 930mm, facilitating seamless patient transfers from beds or wheelchairs with ease and minimal effort, allowing for comfortable examination or treatment of patients without the need for excessive bending or straining. This higher position is also beneficial for medical staff, as it prevents them from having to constantly bend over, reducing the strain on their backs and enhancing their efficiency and productivity. The adjustable height feature of the patient stretcher platform promotes ergonomic practices and ensures the utmost comfort and convenience for both patients and medical personnel.

The following function is controlled by the HAND CRANK:

• Leg Section Adjustment: The patient stretcher has a versatile leg section that is carefully designed to offer adjustable support. Utilizing a convenient crank located on the side of the stretcher, the leg section can be raised or lowered as needed. The maximum achievable angle for the leg section is set at 30°, with a tolerance range of plus or minus 5°. Elevating the legs can help reduce swelling, promote blood circulation, and alleviate discomfort. Lowering the leg section can provide support and stability for patients who require a more horizontal leg position. The patient stretcher’s leg section adjustment function enhances patient care by offering versatile leg positioning options.

The following function is controlled by the HANDLE:

• Back Section Adjustment: The back section of the patient stretcher is equipped with an easily adjustable feature that enhances patient comfort and facilitates healthcare delivery. Adjustments to the back section are made by pressing a lever located underneath the back board. This lever allows healthcare providers to lift the back section smoothly to a required position, accommodating various medical needs and patient preferences. The back section can be inclined up to an angle of 80°±10°, providing a significant range of adjustability. This adjustability is crucial for procedures that require the patient to be in a seated or semi-reclined position, such as during examinations, respiratory therapy, or while eating. The simple and efficient mechanism ensures that adjustments can be made quickly and safely, minimizing discomfort for the patient and aiding in effective care delivery.

Accessories Details:

• Castor with Central Locking: The castors measuring at 200mm, offer a seamless experience for both patients and medical professionals. The castors have central locking pedal. With just a simple press down on the pedal, the entire stretcher can be securely locked in place. This not only ensures stability during patient transfers but also provides peace of mind for healthcare providers. The castors are designed to be quiet, minimizing unnecessary noise that can disrupt patient comfort and recovery. The anti-winding feature prevents any tangling or obstruction while moving, ensuring smooth navigation throughout hospital corridors. Moreover, these castors are built to withstand heavy usage and wear over time, they are corrosion-resistant. The castors with central locking pedal enhancing maneuverability, safety, and durability of hospital stretcher. Medical professionals can now navigate through busy hallways effortlessly while maintaining control over patient transportation.
• Directional Wheel with Control Pedal: The inclusion of a directional wheel and control pedal on a patient stretcher significantly enhances the ease and efficiency of maneuvering for healthcare professionals. This innovative system allows for precise control and improved maneuverability, particularly in tight spaces or when navigating corners. By incorporating directional wheels and control pedals, hospital stretchers can accommodate various needs and adapt accordingly. When the green side of the pedal is pressed down, the stretcher can smoothly turn to navigate curves. Conversely, when the red side of the pedal is pressed, the stretcher will remain in a straight trajectory, making it suitable for transporting patients over long distances through smooth and uninterrupted pathways. The integration of the foot pedal greatly convenience medical staff, streamlining transportation processes and saving valuable time and effort. Moreover, this advanced system reduces the physical strain experienced by healthcare professionals when moving patients, while simultaneously enhancing overall safety and comfort during transport. The addition of the directional wheel and control pedal provides precise control, ensuring smoother and more controlled movements, ultimately contributing to an improved experience for both patients and medical personnel.
• IV Pole&IV Pole Prevision: The infusion pole is an essential attachment on the patient stretcher, designed with utmost functionality and convenience in mind. Crafted from durable stainless steel, it boasts four robust hooks specifically designed to hold infusion bags securely. The height of the pole can be easily adjusted based on both the patient’s requirements and the nurse’s preferences. With its remarkable strength, the pole is capable of supporting up to 15kg of weight, ensuring reliable and stable use during medical procedures. Ensure that it is securely fixed before suspending the infusion bags on the hooks. Four infusion pole holders are arranged in the two corners of the stretcher head and in the middle of both sides of the stretcher, which can well adapt to the different infusion needs of patients, and only need to insert the pole holder when using. The holder size fits the infusion pole. This versatile and efficient infusion pole provides healthcare professionals with a practical solution for managing infusion therapy during patient care.
• Emergency Push Handle: The patient stretcher is equipped with an emergency push handle. This handle is typically positioned at the head end of the stretcher and serves an important purpose in facilitating swift and convenient maneuverability during emergency scenarios. The emergency push handle grants healthcare professionals the means to exert force and guide the stretcher in a rapid and controlled manner. Apart from its utility in emergencies, the push handle is also highly practical during regular patient transportation, especially in areas with limited space or high congestion. By providing an additional point of contact for pushing the stretcher, it assists healthcare professionals in effortlessly and securely controlling the movement of the stretcher. This feature enhances overall safety and ensures smooth passage through challenging environments, assisting in the seamless transportation of patients.
• Mattress: The patient stretcher features a 50mm thick mattress that ensures patients receive optimal comfort and support while being transported or resting on the stretcher. The mattress is designed to be waterproof and corrosion resistant, offering excellent protection against spills, bodily fluids, and other liquid-related incidents. This not only safeguards the mattress but also simplifies maintenance and promotes hygiene by preventing liquid absorption. Additionally, the mattress exhibits exceptional longevity and durability, making it ideal for environments where frequent use of cleaning agents and disinfectants is necessary. Despite its protective properties, the mattress remains soft, ensuring that patients can experience the desired level of comfort throughout their time on the stretcher.
• Bumper Wheel: The inclusion of a bumper wheel on patient stretchers adds an extra layer of safety and protection for both patients and healthcare professionals. The bumper wheel, strategically placed at the corner of the stretcher, acts as a cushioning mechanism, helping to absorb impact and reduce the risk of collisions. This feature is particularly useful in busy hospital corridors, where maneuvering stretchers through crowded spaces can be challenging. By minimizing the impact of accidental bumps or collisions, the bumper wheel helps to prevent potential injuries to patients and reduces the likelihood of damage to walls, doorways, or other equipment. With the bumper wheel, healthcare professionals can navigate through tight spaces more efficiently and confidently, ensuring the safe and smooth movement of patients throughout the healthcare facility.

METAL GUARDRAIL

Foldable alloy aluminum and stainless steel siderails with safety lock, protect the health and safety of patients.

MATTRESS

Using a 50mm thick sponge makes it more comfortable for patients to lie flat.Mattress cover is waterproof and breathable

CENTRAL BRAKE PEDAL

Central brake system, four castors brake when step the control pedal to left, four castors unlocked when step the control pedal to right.

FOUR CORNER PROTECTORS

Prevent personnel injury or cart body injury

CENTRAL BRAKE CASTOR

Diameter 200mm castor with central brakesystem is excellent and steady for transportation.

DIRECTIONAL WHEEL

Auxiliary guide wheel controlled by the pedal,help the the stretcher moving in a straight line.

PUSH HANDLES

Ergonomic handle located at the head end can let the staff to transport the stretcher in anyway.

STEELS | PAINTING

11 Process epoxy painting, ASTM testing anti-bacterial, paint thickness 0.12mm, brightness 65°, paint can resist 55kg impact.