从China供应商批发进口Advanced Ultrasonic Spirometer Device — FOB条款

The Advanced Ultrasonic Spirometer Device from Ancool Technology uses non-contact flow detection to measure pulmonary function without physical contact with the patient. Its ultrasonic probes eliminate cross-infection risks while maintaining high accuracy, even for very weak airflow. The device requires no preheating, calibration, or maintenance, as flow measurement relies solely on time and sensor geometry.

Designed for adults, children, and newborns, this spirometer offers a wide linear range with no nonlinear distortion and no breathing resistance due to an unobstructed airflow path. It performs real-time BTPS correction and remains unaffected by humidity, air pressure, or pollution. The system can also capture gas concentration data simultaneously, expanding its diagnostic utility in clinical settings.

Hospitals, clinics, and respiratory therapy centers use this device for precise lung function testing. Its robustness and versatility make it suitable for high-demand environments where hygiene and accuracy are critical. Buyers should confirm compatibility with their existing diagnostic systems and verify the sensor specifications for their intended applications.

Ancool Technology is based in Chongqing, China, with its registered address at 10th no. 52 Building, No.92, Donglin Blvd, Biquan St, Bishan District. The company specializes in medical devices, with this ultrasonic spirometer representing its focus on non-invasive diagnostic tools. Its harbor trust tier indicates a baseline level of verification on the platform, though no response rate or average response time data is currently available.

The supplier’s product line emphasizes innovation in respiratory care, leveraging ultrasonic technology to address common limitations in traditional spirometry. While the profile does not disclose certifications, years in operation, or client references, the technical specifications of its devices suggest a commitment to precision and hygiene in medical environments.