Non-invasive brain tissue oxygen saturation monitors are urgently needed to address the limitations and risks associated with traditional monitoring methods, as well as the growing demand for monitoring brain oxygenation status. These monitors aim to provide doctors with a safer, more convenient, and reliable solution for assessing brain function and health.This product demonstrates sufficient technological feasibility for practical medical and monitoring tasks in clinical settings. The interface is simple and intuitive, enabling healthcare professionals to easily understand the operating procedures and read the measurements. The device is equipped with flexible sensors of various models, catering to patients of different age groups. In addition to real-time monitoring and recording of brain tissue oxygen saturation data, the device features alarm functions, data storage, and transmission capabilities, facilitating subsequent analysis and tracking. Its lightweight and compact design allows for easy portability and mobility. The casing and sensor materials exhibit durability and adaptability, ensuring reliable long-term monitoring performance in various clinical conditionsThis product features a modern and sleek design with clean and elegant lines. The layout and button arrangement follow ergonomic principles, ensuring user-friendly operation. The clear and readable display screen, along with an intuitive user interface, enhances its professional and refined appearance in medical environments. The surface of the device is treated with a glossy finish, providing a fine and smooth exterior. The use of flexible materials in the sensors minimizes discomfort for patients during wear. Technologically, it incorporates advanced sensing technology and data processing algorithms to achieve high-precision monitoring and data transmission.As a medical device, the brain tissue oxygen saturation monitor holds cultural value in driving advancements in medical technology and enhancing healthcare standards. It represents humanity's ongoing pursuit of progress and improved health in the field of medicine. It contributes to the improvement of diagnosis and treatment outcomes for brain-related diseases, making a significant contribution to the well-being of society and the advancement of scientific knowledge.The MOC400 utilizes a non-invasive monitoring method, acquiring data through optical sensors without the need for surgery or invasive procedures. This reduces the risks and discomfort for patients during the monitoring process. It is typically designed with a simple and intuitive interface, featuring concise and clear operating procedures. The equipped sensors are easy to place and secure on the patient, ensuring accurate monitoring results. It aids healthcare professionals in improving the accuracy of disease diagnosis, guiding treatment planning, and evaluating treatment efficacy, thus promoting patient health and recovery.