Rapid Manufacturing Approach of an Ultrathin Moisture Sensor for Health Monitoring

• Published in: Sensors Vol. 23; no. 9; p. 4262
• Main Authors: Zhang, Lan, Lu, Jian, Takashi, En, Matsumoto, Sohei
• Format: Journal Article
• Language: English
• Published: Switzerland MDPI AG 25.04.2023; MDPI
• Subjects: Animal experimentation; Animals; Chemical technology; Design; Electrodes; Engineering; Manufacturing; Methods; Printed circuit boards; rapid jet printing technology; Rats; real-time measurement; Sensors; Smartphones; Software; Technology; TP1-1185; ultrathin moisture sensor; ultrathin moisture sensor; urine health monitoring; real-time measurement; rapid jet printing technology; Urination; Urine; urine health monitoring; User interface; Japan; ultrathin moisture sensor; real-time measurement; urine health monitoring; rapid jet printing technology

This study developed a rapid manufacturing approach for a moisture sensor based on contactless jet printing technology. A compact measurement system with ultrathin and flexure sensor electrodes was fabricated. The proposed sensor system focuses on continuous urine measurement, which can provide time...