As the global population ages and the number of individuals requiring medical attention increases, there is a growing need for advanced medical equipment. This surge in demand has propelled significant expansion in the medical electronics market, especially for high-end devices like CT scanners, MRI machines, and high-end ultrasonic diagnostic instruments. In response, manufacturers of medical electronic equipment are ramping up investments and fostering innovation to meet these market needs.
Following the development of the medical electronics industry, we offer high-precision, high-speed, high-power-density battery simulators, AC/DC power supplies, AC/DC electronic loads, power analysers, and other test instruments. Our solutions provide accurate, efficient, and energy-saving testing solutions for various medical electronic applications.
IT-M3100, IT-M3300. IT-M3100D
Medical sensors, employed in the biomedical field, translate physiological data from the human body into electrical signals, establishing a direct functional connection. As the complexity of medical wearable devices grows, so does the integration and usage of sensors within them, broadening their applications extensively.
During the pandemic, drones have become versatile tools for tasks like disseminating preventive information, conducting disinfection, and monitoring efforts. They are also invaluable in emergency disaster response. Similarly, medical robots, such as surgical, rehabilitation, and AI temperature measurement robots, have proven highly beneficial. These technologies rely on key components like power regulator circuits, motor drive circuits, infrared obstacle avoidance circuits, cameras, manipulators, displays, and batteries.
Testing requirements include verifying power board performance, assessing motor performance through stall and aging tests, and evaluating battery performance via simulation, charge/discharge tests, battery life tests, and lidar tests.
AR Glasses and Remote Assistance platforms provide functionalities such as doctor remote guidance, remote emergency assistance, and monitoring capabilities including face recognition and car license recognition, contributing to the concept of a smart hospital. Test items for these platforms typically include IoT testing to ensure seamless connectivity and WiFi module testing to verify the reliability and performance of wireless communication protocols.
For OLED testing, the devices under test (DUT) typically include key components used in VR/AR applications, such as video processing chips, display screens, sensors, and micro-projection devices. Test items encompass evaluating OLED power consumption and conducting static current tests across various brightness levels. Additionally, the OLED driver circuit is subjected to thorough testing to ensure proper functionality. Finished product burn-in tests are also performed to assess the durability and reliability of the OLED components in real-world usage scenarios
As the demand for advanced medical equipment continues to rise, it becomes imperative to ensure the reliability, efficiency, and safety of these critical devices. At Computer Controls, we offer a comprehensive range of high-precision testing solutions tailored to the unique needs of the medical electronics industry. From power supply testing for medical imaging equipment to battery testing for portable and wearable medical devices, our instruments provide accurate and efficient testing capabilities. Whether you're in need of solutions for medical sensor testing, telemedicine services utilizing AR/VR technology, or OLED testing for advanced display applications, Computer Controls is your trusted partner for reliable and innovative testing solutions in the medical electronics sector.
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