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System configuration

● Linear actuator

● Lifting column

● Control box

● Controls

● Accessory system

Key features and benefits

Medical-grade safety standards

The products strictly comply with international medical electrical equipment safety standards such as IEC 60601-1, IEC 60601-1-2, and IEC 60601-1-52. They are certified to ISO 9001 and ISO 14001 management systems, as well as international certifications including CE, UL, KC, and RoHS, ensuring stable operation even under unexpected loads or operating conditions.

CPR emergency release — every second counts in emergency care

The intelligent medical bed is equipped as standard with a CPR emergency lowering function. In the event of a critical situation such as sudden cardiac arrest, healthcare staff can activate CPR mode at the touch of a button, causing the bed to automatically and rapidly lower to a horizontal position, thereby securing the golden window of opportunity for cardiopulmonary resuscitation.

● Mechanical quick release: the bed can be lowered to a horizontal position without relying on electricity during an emergency; the screw assembly continuously transmits position signals, allowing the system to monitor the bed's posture in real time

● Controlled descent protection: maintains a controlled descent speed during quick release to prevent secondary injury to the patient

● CPR operation during power failure: a built-in backup power supply ensures that the CPR flattening action can still be performed in the event of a power cut, eliminating any delay in resuscitation caused by a power interruption

● Optional manual quick release: to accommodate the operational preferences of different healthcare institutions, an optional manual CPR quick-release mechanism is available

High load capacity and high protection level

● The linear actuators have a maximum load capacity of 8,000 N (thrust), easily meeting all load requirements for ICU critical care beds

● Water resistance up to IP66W / IPX6, fully suited to the frequent and comprehensive cleaning and disinfection procedures required in ICU environments

Intelligent features empowering intensive care

● Bed exit alarm system: continuously monitors the patient's position in bed to prevent accidents caused by critically ill patients getting out of bed unaided

● Obstacle detection with retraction: the actuator automatically reverses direction upon encountering an obstacle during operation, preventing patients or tubing from being pinched or injured

● Wet detection: promptly detects when a patient has wet themselves, proactively alerting nursing staff to intervene

● Patient weighing system: an embedded load cell module enables precise weighing while the patient is in a supine position, assisting healthcare staff with fluid balance management

● Position memory: stores frequently used care positions for one-touch restoration, significantly reducing repetitive adjustment work for healthcare staff

● Intelligent side-rail system: the control system is deeply integrated with the side-rail structure, enabling precise, coordinated control of position adjustment and side-rail movement

● Bus communication protocol: multi-dimensional data—including angle, weight, and temperature—is uploaded in real time to the nursing management system, supporting digital closed-loop management in the ICU

Silent operation to safeguard the recuperation environment for critically ill patients

ICU environments impose extremely stringent requirements on noise control. Our linear actuators maintain outstanding low-noise performance even under full load, creating a quiet space for the treatment and recovery of critically ill patients.

Backup power supply system in the event of a power cut

A built-in backup power module ensures that the actuator can complete at least 30 full lifting cycles in the event of a power cut, eliminating the risk of equipment failure due to power supply issues.

Richmat's engineers provide end-to-end technical support—from requirements analysis and solution design through to product delivery—safeguarding every moment for every ICU patient and healthcare professional with an absolutely reliable medical-grade drive system.

Premium ICU system configuration

Includes linear actuators, a control box, head and foot board controls, and a patient weighing system. This configuration is suitable for most standard ICU beds.

Related Products

Other Applications

Electric medical beds

Electric medical beds are among the most widely used pieces of medical equipment in general wards, post-operative recovery rooms, healthcare and rehabilitation facilities, and home care settings. With a simple press of the controls, patients can independently adjust the bed height and the angles of the backrest and leg rest, allowing them to find a comfortable position that suits their needs at any time. The flexible adjustment of the bed's position helps to improve blood circulation, relieve localized pressure, and reduce the likelihood of pressure ulcers. For healthcare staff, the height-adjustable feature of electric medical beds allows the bed surface to be precisely positioned at the optimal working height, significantly reducing the need for repeated bending during care procedures. This minimizes the risk of occupational strain at source, while enhancing the efficiency of care and improving working comfort.

Examination tables

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.

Surgey tables

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

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.