Medical Equipment

Application of medical devices

1 Mechanical arm

Auxiliary surgery: In minimally invasive surgery such as laparoscopic surgery and neurosurgery, the robotic arm can accurately control the position and movement of surgical instruments, helping doctors to more accurately cut, suture, hemostasis and other operations, improve the accuracy and safety of the operation, and reduce the patients trauma and postoperative recovery time.

Rehabilitation treatment: Some rehabilitation treatment equipment is equipped with a robotic arm, which can provide personalized rehabilitation training for patients with mechanical arm, according to their condition and treatment plan, such as auxiliary limb movement and joint movement, to help patients recover body function.

Telemedicine: The medical robotic arm can enable doctors to operate on patients in different places through remote control technology, break through the space restrictions, enable medical resources to be more effectively shared and utilized, and provide better medical services for patients in remote areas or with limited medical conditions.

2. Straight line module

Surgical robot: the straight line module can control the joints and movement axes of the surgical robot, realize accurate operation and positioning, ensure that the surgical instruments can accurately reach the lesion site, improve the success rate and safety of the operation, and reduce the risk of the operation.

Medical imaging equipment: such as CT scanner, magnetic resonance imaging (MRI) equipment, etc., the linear module can realize the high precision and high speed motion control of the scanning components, ensure the quality and clarity of the image, and help doctors to diagnose diseases more accurately.

In vitro diagnostic equipment: the linear module can accurately control the movement of the reaction plate, sample frame and other components, realize the automatic sampling, mixing, reaction and detection of samples, improve the accuracy and efficiency of detection, shorten the detection time, and provide strong support for the early diagnosis and treatment of the disease.

Intelligent nursing bed: through the linear module to accurately control the motor and transmission system of the nursing bed, to achieve the lifting, turning, massage and other functions of the nursing bed, improve the efficiency and comfort of nursing, and provide better use experience for patients and medical staff.

3. PLC

Equipment control and adjustment: As the core controller of medical equipment, PLC can realize the precise control of starting, stop, operating parameter adjustment and other functions of the equipment, and ensure the stable operation of the equipment according to the preset working mode and process. For example, in a medical ventilator, the PLC can control the gas flow, pressure and other parameters to provide stable respiratory support for the patient.

Data collection and processing: PLC can connect to various sensors, collect the operation data of medical equipment, such as temperature, pressure, flow, heart rate, blood pressure, etc., and process, analyze and store these data. Medical personnel can view the data through the man-machine interface to understand the operating status of the device and the physiological parameters of the patient, so as to make timely diagnosis and treatment decisions.

Alarm and security protection: by setting logical conditions and threshold, PLC can monitor the running condition of medical equipment and physiological parameters in real time. When abnormal conditions, such as equipment failure and abnormal vital signs, PLC will immediately trigger the alarm signal and remind medical staff to take corresponding measures to ensure the safety of patients.

System integration and collaboration: In a large medical equipment system or medical automation production line, PLC can realize the communication and collaboration between different devices. For example, in the automatic pharmacy system of the hospital, PLC can coordinate the work of drug storage equipment, sorting equipment, transportation equipment, etc., to realize the automatic deployment and distribution of drugs, and improve the work efficiency and accuracy of the pharmacy.