Ensuring electrical safety performance of compression therapy systems

In the medical field, the compression therapy system, as a special medical equipment, plays a vital role in the treatment of gas embolism, decompression sickness and other conditions. However, since its operation involves electrical equipment and high-voltage environments, the importance of electrical safety performance cannot be ignored. This article will examine in detail the electrical safety features that a compression therapy system should have and how to ensure these features are achieved.

1. The importance of electrical safety performanceCompression therapy systems usually include complex electrical control systems for monitoring and adjusting pressure, temperature and other parameters during the treatment process. Therefore, electrical safety performance is the key to ensuring the stable operation of the entire system and avoiding electrical accidents. A pressurized treatment system with good electrical safety performance can not only ensure patient safety, but also improve treatment effects and reduce the occurrence of medical accidents.

2. Electrical safety performance that the compression therapy system should haveAnti-shock function: The compression therapy system must have anti-shock function to prevent patients or operators from receiving electric shock when they come into contact with the equipment. This requires that electrical safety isolation measures should be fully considered when designing equipment, such as using insulating materials and setting up leakage protection devices.
Fire protection function: Since the pressurized therapy system often operates in a high-pressure environment, once an electrical failure occurs, it is easy to cause a fire. Therefore, the equipment should have fire protection functions, such as using flame retardant materials and setting up overheating protection devices, to ensure that the power supply can be cut off in time under abnormal circumstances to avoid the occurrence of fire.
Quickly cut off the power supply under abnormal conditions: When an electrical failure or abnormal situation occurs in the pressurized therapy system, the equipment should be able to quickly cut off the power supply to avoid electrical accidents. This requires the equipment to have an efficient electrical fault detection mechanism and a reliable power-off mechanism.

3. How to ensure the realization of electrical safety performanceStrictly comply with relevant standards and regulations: The design and manufacturing of the compression therapy system must strictly comply with national and regional medical device regulations and standards to ensure that the electrical safety performance meets the prescribed requirements.
Select high-quality electrical components: During the design and manufacturing process of equipment, high-quality electrical components and materials should be selected to improve the electrical safety performance of the equipment.
Strengthen the maintenance and repair of equipment: Carry out regular maintenance and repair of the pressurized treatment system to ensure the normal operation of electrical components and systems, and promptly discover and eliminate potential safety hazards.
In short, the electrical safety performance of the compression therapy system is the key to ensuring patient safety and therapeutic effects. By strengthening the management and control of all aspects of equipment design, manufacturing, use and maintenance, we can ensure that the compression therapy system has good electrical safety performance and provide strong protection for patient treatment.