The "Blood Circulation Imaging System" combines optical and laser systems with advanced imaging to effectively monitor blood circulation in elderly individuals. Its non-invasive measurement quickly identifies microcirculation issues, offering important guidance for wound care and early detection of peripheral vascular disease risks. Through telemedicine, it expands assessment tools to improve health management in elderly communities, ultimately enhancing their quality of life.

The Blood Circulation Imaging Machine surpasses traditional Laser Doppler techniques, offering significant medical value. With features like multipoint measurement, interference resistance, and enhanced image contrast, it enhances blood circulation assessment accuracy. This innovation aids in early detection of blood supply issues, guiding effective wound treatment. Clinical validation confirms its excellence in assessing wound healing and evaluating shock risk.

The Blood Circulation Imaging Machine system fosters interdisciplinary collaboration, integrating optoelectronics and high-speed computing into medicine, boosting industry intelligence and opening new ICT development avenues in Taiwan. It spurs innovation, upgrading medical equipment, and enhancing market competitiveness. With telemedicine, it lowers costs, improves accessibility, and enhances healthcare quality, promising substantial benefits for Taiwan＇s medical industry.