UE Electronic, established in 1989, is a recognized manufacturer in the medical power supply market, specializing in providing reliable power solutions for medical applications. With over three decades of experience, UE Electronic has built a reputation for developing power supplies that meet global safety and quality standards, ensuring safe and efficient operation in medical environments.
Consistent Innovation in Medical Power Solutions
For more than 30 years, UE Electronic has focused on improving the performance and reliability of its medical power supplies. The company holds 45 invention patents and 150 utility model and appearance patents, reflecting its ongoing commitment to innovation. Additionally, UE Electronic is one of the first in the industry to achieve ISO13485 certification, a standard that ensures medical devices meet quality management system requirements.
Adherence to Global Safety Standards
The medical power supplies provided by UE Electronic are designed to meet the necessary safety standards required in healthcare settings. These power supplies, with a power range of 5W to 300W, are suitable for a variety of medical devices. UE Electronic’s products comply with essential global standards, including IEC60601, EN60601, and ANSI/AAMI ES60601, ensuring they meet the necessary safety and performance criteria.
Reliable Power for Medical Applications
UE Electronic has been a consistent player in the medical power supply market, providing power solutions that are used in a range of medical devices. Whether for diagnostic equipment, therapeutic devices, or patient monitors, UE Electronic delivers reliable power solutions that meet the needs of healthcare professionals worldwide.
Conclusion
With over 30 years of experience in the medical power supply market, UE Electronic continues to offer safe, reliable, and efficient power solutions for medical applications. The company’s commitment to quality, innovation, and compliance with global safety standards makes it a trusted provider of medical power supplies, ensuring reliable performance in critical healthcare settings.
