EN
Today, with the rapid development of medical technology, the transfer of surgical patients is undergoing a profound transformation from labor-intensive to intelligent. From traditional manual transfer beds to electric smart devices and then to specialized stretchers with detailed functions, the upgrades of these medical assistive devices have not only reshaped the clinical workflow but also demonstrated significant value in ensuring patient safety and enhancing medical efficiency.
Intelligent electric transfer bed: One-person operation to reconstruct the transfer mode.
In the corridor of the operating room of a hospital in Xiamen, medical staff are transporting postoperative patients back to their wards through electric intelligent transfer beds. Unlike the traditional way that requires four people to work together to move the equipment, this device only needs one nurse to operate the remote control. The ultra-thin double-layer bed board can smoothly carry the patient like a "mechanical slide rail", without any pushing, pulling or friction throughout the process. This technology, which medical staff call "contactless bed", stems from an innovative breakthrough in the double-layer board design - when the upper bed board is inserted under the patient's back, the lower base board is precisely supported by a hydraulic system, distributing vertical pressure throughout the mattress and avoiding the risk of skin contusion caused by the traditional single-layer board pushing.
Clinical data shows that this electric transfer bed has shortened the transfer time for critically ill patients by 40% and reduced the rate of lumbar spine injuries caused by lifting by medical staff by 65%. The director of the nursing department of a certain tertiary hospital did the math: "Based on an annual surgical volume of 50,000 units, the labor cost alone can be saved by over 2 million yuan each year. More importantly, it avoids the risk of secondary injuries during the transfer process."
Manual patient transfer bed: A modern evolution of classic design.
Despite the emergence of electric equipment, manual transfer beds still play an irreplaceable role in primary medical institutions. The manual transfer bed achieves multi-position adjustments such as lifting and tilting of the bed surface through a hydraulic foot pedal control system. The large oil pressure rod support structure ensures that the bed can bear a load of up to 250 kilograms. In the emergency department scenario, the central control braking system it is equipped with enables medical staff to complete the fixation while pushing the bed forward. The integrated design of the stainless steel guardrail and the infusion stand ensures seamless connection between transfer and emergency operations.
It is worth noting that manual equipment is extending its life cycle through modular upgrades. A certain hospital has installed electric boosters on traditional transfer beds, achieving electric assistance for slope driving while retaining the basic hydraulic function. This "lightweight intelligent transformation" solution has reduced the equipment procurement cost by 40%, making it particularly suitable for the needs of county-level medical institutions.
Professional stretchers: Humanized solutions for specific scenarios.
In the field of emergency medicine, the specialized division of labor for stretcher equipment is becoming increasingly refined. For the pre-hospital emergency rescue scenario, a certain enterprise has developed a hydraulic lifting stretcher that can be adjusted in height via wireless remote control, enabling the stretcher to achieve millimeter-level connection with the surface of the ambulance lathe. The accompanying disposable anti-infection bed sheets and automatic locking device keep the risk of cross-infection below 0.3%. For bariatric patients, the widened stretcher adopts an aviation aluminum alloy frame with a load-bearing capacity of up to 300 kilograms. The accompanying electric deployment system makes it possible for a single person to operate.
What is even more commendable is the humanized design detail: A certain stretcher integrates an intravenous injection rod at the armrest, allowing for drug infusion during transportation. For patients with spinal cord injuries, the vacuum-fixed stretcher achieves full-body immobilization through negative pressure adsorption technology, reducing the risk of secondary injury to the spinal cord caused by transportation vibrations by 80%. These innovative designs were put to the test in a certain earthquake rescue operation. The rescue team successfully transferred 17 seriously injured people in the narrow space of the ruins using special stretchers.
Industry Outlook: Smart Logistics Unveils a New Era.
With the construction of the intelligent logistics system in hospitals, transfer equipment is evolving from a single tool to a systematic solution. The logistics robot developed by a certain technology company has achieved precise delivery of sterile instruments in the operating room. The lidar navigation system it is equipped with can independently plan the path, and the box with a single load capacity of 200 kilograms meets the transfer requirements of large equipment. At the Affiliated Hospital of Anhui Medical University, robots and intelligent transfer beds have formed a linkage, increasing the efficiency of operating room table turnover by 30% and achieving a 100% timely rate of medical waste recycling.
This medical transfer revolution triggered by equipment innovation is essentially a deep integration of technological progress and humanistic care. From reducing the physical burden on medical staff to eliminating patients' fear of transfer, from enhancing medical efficiency to ensuring the safety of the entire process, the evolution of each generation of transfer equipment has been interpreting the essence of "patient-centered" medical care. In the future, with the penetration of AIoT technology, the transfer of surgical patients will no longer be an isolated link, but will become an indispensable nerve terminal in the smart hospital ecosystem.