Global Ultrasound Community Gathers to Explore the Frontiers of Ultrasound Therapy
The 6th International Conference on Focused Ultrasound Neuromodulation (FUN25) was successfully held at The Hong Kong Polytechnic University from July 9–11, 2025. The event brought together leading experts in biomedical engineering, neuroscience, and clinical medicine from around the world to discuss the latest advancements and emerging applications of non-invasive low-intensity focused ultrasound (LIFU) in neuromodulation and therapeutic research.
As an innovation-driven company in high-resolution ultrasound imaging and low-intensity ultrasound therapy, Hyus Meditec presented a range of new ultrasound probes and systems, engaging in in-depth technical exchanges with professionals from academia, clinical medicine, and industry.
Deep Technical Dialogue Sparks New Ideas
Throughout the conference, the Hyus Meditec team held extensive discussions with researchers from various countries on topics including scientific applications of ultrasound, device optimization, and future development trends.
Experts from multiple disciplines expressed strong interest in Hyus’s technologies—such as high-frequency ultrasound probes, array pulse generators, and programmable imaging-therapy integrated systems—and provided valuable feedback on future product requirements.
Empowering Scientific Discovery Through Innovative Ultrasound Technologies
At FUN25, Hyus Meditec showcased several independently developed ultrasound systems that provide cutting-edge tools for high-resolution imaging and low-intensity therapeutic ultrasound applications:
UPG Ultrasound Therapy System
· Flexible parameter control supporting user-defined configurations
· Suitable for research on neuromodulation, targeted drug delivery, and blood-brain barrier opening
· Provides precise and controllable ultrasound therapy solutions for animal studies
UPG-256 Array Pulse Ultrasound Generator
· Programmable 256-channel design, expandable up to 2048 channels
· Precise per-channel waveform control for diverse experimental requirements
· Nanosecond-level timing accuracy, compatible with multi-platform synchronization
FlexEcho Programmable Imaging-Therapy Integrated Platform
· Programmable open architecture enabling user-defined imaging and therapy modes
· Built-in high-power supply, no external source required
· Supports ultrasound-guided non-invasive therapeutic applications
· Compatible with high-resolution imaging and functional brain ultrasound research
