Body Temperature Monitoring Sensor Patch

This product uses medical-grade non-woven fabric, PU film elastic fabric, and medical foam as the base material, combined with a high-precision temperature sensor (optional NTC thermistor, thermocouple, or infrared sensing element), coated with medical-grade pressure-sensitive adhesive (optional acrylic or medical silicone gel), and covered with release paper. The base material is soft, skin-friendly, and breathable, conforming well to the skin curves of different areas such as the forehead, armpit, abdomen, or soles of the feet, ensuring comfort during prolonged wear. The high-precision temperature sensor is in close contact with the skin, enabling real-time, continuous, and accurate acquisition of body surface temperature changes. It has a fast response speed and a measurement accuracy of ±0.1℃ (clinical grade). The adhesive uses a medical-grade anti-allergy formula, with an adhesive design that balances firmness and ease of removal, effectively fixing the sensor position and preventing displacement or detachment due to patient movement, sweating, or turning over at night, ensuring continuous and accurate body temperature monitoring. The product is gentle on the skin and leaves minimal adhesive residue upon removal, reducing the risk of medical adhesive-related skin injury (MARSI), making it especially suitable for newborns, infants, and elderly patients. Some models feature a flexible circuit design, making the overall design thin, flexible, and comfortable against the skin without any foreign body sensation. The product is designed with easy-tear notches or segmented release paper for quick removal and application by clinical personnel. Sensor type, accuracy level, connection method (wired/wireless), and patch shape and size can be customized to meet different monitoring needs, and it is compatible with mainstream fluid temperature monitoring devices and wearable health monitoring systems.

Suitable for continuous body temperature monitoring of patients in intensive care units (ICU/CCU); core body temperature monitoring during anesthesia in the operating room; body temperature monitoring of newborns and infants; continuous body temperature monitoring in pediatric fever clinics; body temperature monitoring of patients in emergency observation rooms; body temperature monitoring of postoperative patients in general wards; remote body temperature monitoring in infectious disease isolation wards; body temperature parameter collection in sleep apnea monitoring; continuous basal body temperature monitoring in women; body temperature monitoring using wearable health devices; body temperature monitoring in sports medicine; fever monitoring after chemotherapy; body temperature monitoring in home-based elderly care; remote health management of febrile patients; and other clinical and home care scenarios requiring continuous and accurate monitoring of body surface temperature.

Do not apply directly to broken, inflamed, sunburned, or allergic skin surfaces; contraindicated for those allergic to non-woven fabrics, PU films, elastic fabrics, or medical pressure-sensitive adhesives; not suitable for clinical scenarios measuring core body temperature (such as arterial blood temperature, bladder temperature, etc.) (a dedicated invasive temperature probe is required); although it has high-precision measurement performance, it is not suitable for research-grade temperature measurements requiring extremely high-precision calibration; when applying, ensure that the sensor's sensitive element is in full contact with the skin to avoid affecting measurement accuracy; for long-term continuous monitoring, it is recommended to change the patch position regularly as prescribed by a doctor (usually every 24-48 hours) to avoid skin maceration due to prolonged wear; some wireless models may be affected by strong electromagnetic interference, so device compatibility should be confirmed before use; store away from light, moisture, and high temperatures (recommended storage temperature 15-30℃, relative humidity 20-60%); use as soon as possible after opening to ensure stable sensor performance.