Intelligent medical beds are a core piece of equipment in intensive care unit (ICU) settings. In environments such as intensive care units, post-operative observation rooms, and emergency departments, healthcare staff can precisely adjust the bed's position using a nurse panel or controls to perform complex functions such as adjusting the backrest and leg sections, changing the overall bed height, and saving position settings. Control boxes continuously collect bed operation data and interface in real time with the hospital's nursing system, providing round-the-clock, intelligent system support for the life support and medical care of critically ill patients.

Examination tables are among the most common pieces of medical equipment found in outpatient clinics, health check-up centers, and specialist consultation rooms. They are widely used in various clinical examination settings, including internal medicine, surgery, gynecology, otolaryngology, and orthopedics. Once the patient has been positioned on the examination table, the doctor can use controls to precisely adjust the table‘s height and the angles of the backrest and leg rest. This flexible adjustment not only enables doctors to view the patient’s condition from the optimal angle, thereby improving diagnostic accuracy, but also ensures a more comfortable experience for the patient during the examination. Compared with traditional manual adjustment, linear actuators provide the examination table with smoother and more controllable movement, effectively reducing preparation time and improving the efficiency of outpatient service flow.

Surgery tables are among the most essential pieces of equipment in an operating theatre and are widely used in various surgical settings, including general surgery, orthopedics, neurosurgery, urology, and obstetrics and gynecology. During surgery, the patient lies flat on the surgery table, and the surgeon needs to frequently adjust the table's height, tilt angle, and segmental positioning in accordance with the requirements of the procedure. Our linear actuator system provides a high-precision, highly stable solution for adjusting the surgery table's position. Surgeons can fine-tune the table's position in real time using a foot switch or sterile controls, precisely positioning the patient in the optimal surgical position. Compared with traditional manual or hydraulic adjustments, the linear actuator system significantly enhances surgical efficiency and patient safety through tighter tolerances, more stable locking capabilities, and more precise control.

Incubators (also known as infant incubators) are indispensable in neonatal wards, NICUs (Neonatal Intensive Care Units), and obstetrics departments. They are primarily used for the monitoring and treatment of premature infants, low birth weight infants, and critically ill newborns. Incubators provide newborns with a closed, controlled environment featuring constant temperature, humidity, and cleanliness, serving as the first line of defense for these fragile new lives.

Our linear actuators provide height adjustment functionality for incubators. Using controls, nursing staff can raise or lower the incubator at the touch of a button, precisely adjusting the height to the most comfortable working position to suit the height profiles of different staff members. This seemingly simple feature effectively reduces the need for healthcare staff to repeatedly bend over and stretch during care procedures, thereby minimizing the risk of occupational strain at source and enhancing both comfort and efficiency in nursing care.