Medical robots refer to robots used for medical treatment or auxiliary medical treatment in hospitals and clinics. It can be divided into four categories: surgical robots, rehabilitation robots, auxiliary robots, and service robots.

As an intelligent service robot, its goal is to participate in the processes of diagnosis, treatment, surgery and patient care to assist medical staff in completing their work better.

Therefore, a medical robot is not so much a robot with medical functions, as it is a highly intelligent medical device.

The reliability of the interconnection system is indispensable for any type of electrical connection. However, as a device directly used on the human body, medical robots need to meet the highest standards of safety requirements.

From the basic material to the structure of the connector, to the standards that are compatible with them, power requirements, EMI shielding capabilities, intrusion protection, current carrying capabilities, and plug times. For medical connectors, every link cannot be neglected.

At the same time, medical connectors have special requirements in terms of high temperature resistance, chemical resistance and airtightness.

This is because medical robots need to perform frequent disinfection work to ensure that the equipment is clean and sterile. Among them, chemical disinfection and high temperature disinfection have the greatest impact on the connector. Once the shell and pin needle are corroded or the strength is reduced, it will directly affect the normal use of medical equipment in hospitals and clinics. Causes life safety threats to patients.

Since the birth of medical robots to today, it can be found that ordinary connectors have become increasingly difficult to meet the application requirements of medical robots. The demand for customized medical connectors is increasing.

The biggest advantage of custom connectors is that they can take into account multiple requirements, such as electrical performance requirements proposed by electrical engineers, mechanical requirements proposed by mechanical engineers, safety and reliability requirements proposed by safety engineers, and the final application environment. This is a huge challenge for connector manufacturers' research and development capabilities.

TXGA is an expert in the field of medical device connectors you can trust. As the industry's leading provider of systematic connection solutions, TXGA is committed to providing extensively applicable connector products and technology-oriented customized services. Can provide you with a complete set of mature medical connector solutions to help the innovation of a new generation of medical equipment.

We choose to work with innovators in the field of "decisive" technology to provide infinite possibilities for convenient and interconnected life.

If you need a medical device connector, you can go to the official website to consult online.