2026-08-07
The scene of nurses adjusting bed height with levers in traditional wards is becoming a thing of the past. With an aging society and a growing shortage of nursing staff, electric hospital beds have evolved from “assistive devices” to “active care tools.” Industry research shows that in wards equipped with electric beds, nurses bend over approximately 70% less frequently each day, and the incidence of pressure ulcers among patients decreases by more than 40%. Mtmed’s electric hospital bed is a representative product of this transformation.
Founded in 2000, Mtmed Medical holds 56 patents and exports its products to 103 countries worldwide. Its electric hospital bed R&D team has conducted in-depth research into the nursing needs of over 200 hospitals in China, bringing ICU-level control technology to general wards, forming a product matrix characterized by “high performance, strong safety, and ease of operation.” The English brand Mtmed also enjoys a good reputation in the international nursing equipment market.
– Flagship M9: Designed for ICUs, high-dependency wards (HDUs), and upscale nursing homes, it features a six-motor system for fully electric adjustment of backrest, legrests, overall bed height, forward and backward tilting, and left and right lateral turning.
– Standard M7: Designed for general wards and rehabilitation facilities, equipped with a five-motor system, featuring core posture adjustment and one-button CPR function. Designed for primary care hospitals and community nursing, equipped with a three-motor system, focusing on height adjustment and basic back and leg adjustments.
By clearly classifying models, Mingtai can match suitable electric hospital bed solutions to institutions with different budgets and nursing levels—this is the differentiated strategy that distinguishes Mingtai from most competitors who only make “high-end” or “entry-level” models.
Three major core technological advantages
Equipped with a full-board left and right side-to-right tilting function, this is a high-end feature among domestically produced electric hospital beds. This tilting function allows caregivers to perform back care and change bed sheets without moving the patient. Furthermore, by periodically tilting the bed to change the pressure points on the patient, it effectively reduces the risk of pressure ulcers. This function is particularly significant for long-term bedridden patients in the ICU—it directly elevates the quality of care to a new level.
The backrest of the Mingtai electric hospital bed features a self-extending pressure-reducing design: when the back is raised, the bed automatically extends backward, effectively reducing the pressure on the patient’s abdomen and buttocks. Compared to traditional hospital beds where the body slides down when the back is raised, this design makes the patient more comfortable and stable in a sitting position, especially suitable for patients with respiratory diseases or postoperative patients who need to maintain a semi-recumbent position for a long time.
– One-button electric CPR: Quickly restores the entire bed to a horizontal position, buying valuable time for rescue (more than 3 times faster than manual CPR).
-Cardiac chair position: Back elevated + legs lowered, suitable for cardiovascular disease patients and early postoperative ambulation preparation.
– Supine position with head drooping: The bed is tilted forward as a whole, suitable for patients in shock with lower limbs elevated and for postoperative drainage after abdominal surgery.
-One-click bed exit positioning: Adjusts the bed to its lowest position and appropriately elevates the back, making it easier for the patient to get out of bed safely.
– Multiple modes including one-click reclining, one-click tilting, and one-click relaxation
The control panel features large icons and Chinese labels, reducing the learning curve for nurses—a detail that reflects Mingtai’s deep understanding of clinical usage scenarios.
– Uninterruptible Power Supply (UPS): Built-in backup power supply, capable of completing at least 5 full positioning cycles in the event of a power outage, ensuring patient safety during transport or sudden power outages.
– Emergency Stop Buttons: Emergency stop buttons are located on both sides of the bed and on the control panel of the guardrail. Pressing the button will lock all motor operation.
– Dual-support pressure-relief structure: The backrest is reinforced with two 25×25mm carbon steel pipes to evenly distribute the patient’s weight pressure and prevent bed deformation caused by long-term use.
– Guardrail self-locking control: Four European-style ABS guardrail lifting mechanism with booster, concealed at the bottom to save space, and reliably locked when raised to prevent patients from accidentally falling out of bed.
– Bed frame main materials: Thickened cold-rolled steel plate and high-quality steel pipe, with surface treated by pickling and phosphating + electrostatic powder coating, making it corrosion-resistant and scratch-resistant.
– Headboard and footboard: Made of reinforced ABS plastic in a single injection molding process, with a concealed locking device for easy disassembly; can also be used as a CPR massage board.
– Bed board connection: Interactive assembly structure ensures the entire bed remains secure and free of abnormal noises even after long-term use.
– Bed height from the ground: ≥430mm, facilitating clinical examinations and cleaning, while also providing space for equipment such as nursing robots.
ICU/HDU: Lateral turning + CPR + head-down supine position + six motors reduce the intensity of nurses’ turning operations and lower the rate of pressure ulcers in patients.
Cardiology/CCU: Cardiac chair positioning + bed adjustment facilitates positional changes for heart failure patients, improving ventilation.
Orthopedics/Trauma Surgery: Back and leg linkage + one-click supine position, meeting postoperative needs for lying flat and turning over, reducing the risk of secondary injury.
Rehabilitation/Geriatrics: One-click bed exit + memory foam mattress assists patients in safely getting out of bed and accelerating the recovery process.
Basic-level general wards: Three-motor basic adjustment, achieving electrification upgrade within a reasonable budget, replacing hand-cranked beds.
-China NMPA Registration Certificate: Lu Medical Device Registration Certificate 20192150277
-ISO13485 Medical Device Quality System / ISO9001 International Quality System
-ISO 14001 Environmental Management System / ISO 45001 Occupational Health and Safety Management System
– EU CE certification (MDR regulation) / EU RoHS environmental certification
– The product passed the GB9706.1-2020 General Safety Requirements for Medical Electrical Equipment test.
– 99% of the bed frame’s metal components are recyclable, and the ABS material used in the headboard and footboard can be recycled by sorting.
– The powder coating does not contain RoHS-banned substances such as lead, mercury, and hexavalent chromium.
– Motor standby power consumption <1W, and the overall energy consumption of multi-motor systems is lower than the average of similar products.
– The overall design lifespan is ≥10 years, reducing resource waste caused by frequent replacement of medical equipment.
VII. After-sales support system
– 2-year warranty for the whole machine (3-year warranty for the motor and controller)
– 26 provincial-level after-sales service centers nationwide, covering all provinces.
– 24-hour telephone response, on-site service within 48 hours (provincial capital and prefecture-level city)
– Lifetime maintenance; core components (motor, controller, hand controller) guaranteed for over 10 years.
-One free preventative inspection per year
-On-site training provided for bulk purchases (50 sheets or more)
The core value of electric hospital beds lies not in the word “electric,” but in how they help nurses work more efficiently and patients recover more comfortably. Mingtai Medical’s electric hospital beds don’t pile on redundant functions; instead, they focus on actual clinical needs—from the lifting system that reduces lumbar strain for nurses, to the side-turning function that lowers the risk of pressure ulcers, and even the electric CPR function that buys time for emergency care—every design has a clear clinical purpose. Choosing a good hospital bed is choosing long-term care for every patient and every nurse.