Medical equipment is related to life and health, and has extremely strict requirements for the performance and reliability of display screens. In various medical devices such as ultrasound diagnostic equipment, monitors, blood glucose meters, and blood pressure monitors, our display screens bear the responsibility of accurately presenting medical data and image information. Doctors can use the display screen of an ultrasound diagnostic device to clearly observe ultrasound images of internal tissues and organs in the human body, accurately determining the condition; The monitor's display screen displays real-time vital sign data such as heart rate, blood pressure, and blood oxygen saturation of patients, providing key basis for medical staff's diagnosis and treatment; The display screens on household medical devices such as blood glucose meters and blood pressure monitors present measurement results in a clear and easy to understand manner, making it convenient for patients to self monitor their health status.
The display screen has high resolution and high contrast, which can clearly display the subtle structures and lesion features in medical images, helping doctors improve diagnostic accuracy; By adopting flicker free and low blue light display technology, it effectively reduces the visual fatigue of medical staff watching screens for long periods of time, while also minimizing potential harm to patients' eyes; It has extremely high stability and reliability, ensuring stable output of accurate images and data during long-term continuous operation of medical equipment, with extremely low false alarm rate.
Comply with strict medical industry standards and certifications, such as IEC 60601 Safety Standards for Medical Electrical Equipment. From material selection to production processes, full consideration is given to the special nature of the medical environment to ensure product safety and hygiene; In the design, full consideration is given to the ease of operation of medical equipment, supporting various interactive methods such as touch operation and handwriting input, making it convenient for medical staff to quickly operate the equipment. It has been widely used in numerous medical institutions and home healthcare scenarios, and has won high trust in the medical industry with excellent performance.
