Articles & News
Resuntech Showcases NanoCoulter at EV Asia 2025 in Hong Kong
February 7–8, 2025 | Booth E6 | ALVA HOTEL BY ROYAL, Shatin, Hong Kong
Resuntech proudly participated in Extracellular Vesicles Asia 2025, one of the most influential conferences in the Asia-Pacific region focused on extracellular vesicle (EV) research and applications. Held at the ALVA HOTEL BY ROYAL in Shatin, Hong Kong, the event brought together leading scientists, clinicians, and industry experts from around the world to explore the future of EVs in basic science, diagnostics, and therapeutics.
At booth E6, Resuntech showcased the NanoCoulter™ Particle Analyzer, our next-generation solution for high-resolution nanoparticle characterization. Based on cutting-edge resistive pulse sensing (RPS) technology, NanoCoulter offers true single-particle detection, delivering accurate measurements of EV size, concentration, and zeta potential — all without relying on optical assumptions or complex modeling.
Key Highlights:
Breakthrough Performance: NanoCoulter achieves a detection limit as low as 15 nm, with precision comparable to electron microscopy but with faster, easier operation.
Multi-Parameter Analysis: Simultaneously measure size, concentration, and zeta potential in a single run — ideal for EVs, liposomes, virus particles, and other nanomedicine platforms.
Real-World Applications: Perfectly suited for EV isolation method evaluation, quality control, and advanced research in biopharmaceuticals and nanomaterials.
Throughout the conference, our team had the opportunity to engage with EV researchers, biotech companies, and academic labs, sharing insights on the role of RPS-based analytics in overcoming the limitations of traditional optical techniques. The strong interest in NanoCoulter highlighted the growing need for accurate, label-free, and reliable EV analysis tools in both research and industry.
We would like to thank the APSEV organizing committee for hosting such a dynamic and forward-looking event. Resuntech remains committed to advancing the field of nanoparticle analysis and looks forward to supporting the global EV community with high-performance, science-driven solutions.
