Portwell Showcases AI-Driven Medical Technology at IEEE UFFC-JS 2024
2024 IEEE Ultrasonics, Ferroelectrics, and Frequency Control Joint Symposium (IEEE UFFC-JS 2024) officially concluded at TaiNEX 2. This symposium serves as a vital global platform for research in ultrasonics, ferroelectrics, and frequency control, drawing the participation of over 1,000 international scholars and experts. The event not only provided an excellent opportunity for academic exchange but also significantly enhanced Taiwan’s standing in the global research community.
At the symposium, Portwell exhibited AI-driven wireless ultrasound solutions along with a series of embedded boards and systems for medical applications, enhancing smart hospitals, telemedicine, imaging diagnostics, ultrasound, and physiological measurement systems. Portwell’s AI-driven wireless ultrasound solutions showcased cutting-edge technology, offering dynamic and real-time medical imaging analysis. In addition to standard medical products, Portwell excels in customizing development solutions tailored to specific client needs, ensuring compatibility and integration with existing medical systems. Each product displayed at IEEE UFFC-JS 2024 complies with strict medical safety standards, including IEC 60601-1, demonstrating Portwell’s commitment to quality and safety in medical technology.
Portwell’s Medical Division is a benchmark for innovation in the smart medical and healthcare market. The company’s embedded solutions designed for smart hospitals and medical edge AI applications emphasize system stability, low noise, and low power consumption—crucial features for environments where patient care might be directly impacted. Through rigorous R&D and manufacturing processes that meet the highest standards (such as ISO 13485), Portwell not only meets the developmental needs of the medical industry but also surpasses them. The company offers comprehensive services from product design to system integration and ensures long-term reliability with extended supply guarantees, supporting the sustained development of intelligent healthcare systems.
