Publication Details
Abstract
This research project focuses on designing and implementing a device that utilizes electrical stimulation to accelerate wound healing. By applying mild and continuous electrical currents, the device stimulates cellular growth, enhances blood circulation, and promotes faster tissue regeneration. The results demonstrated a high response speed and an accuracy rate of approximately 90%, making the device effective for therapeutic use with low cost and ease of operation. Despite minor challenges such as sensitivity to rapid movements and glove fitting issues, the prototype proved reliable and efficient. This project opens promising prospects for further development, such as expanding the range of recognized signals, integrating wireless connectivity, and adding voice output features, thereby contributing significantly to improving the quality of life for patients with chronic wounds.