User Voices
Shimadzu’s HPV series is used by numerous universities, companies, and research institutions. Gathered here are testimonials from researchers who use a HyperVision model in their cutting-edge research.
Graduate School of Engineering, Kyoto University
Associate Professor Kyoko Namura (Principal Investigator for Kyoto University),
Micro Process Engineering Laboratory, Department of Micro Engineering
I am currently researching bubbles on the micrometer scale.
The HPV-X2, which can record at 5 Mfps, is a very valuable tool for capturing the detailed movement of bubbles vibrating at sub-MHz.
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Department of Science and Engineering, Faculty of Science and Engineering, Saga University
Professor Tokitada Hashimoto (PhD in Engineering)
I am engaged in research on medical applications for a type of pressure wave known as shockwaves, which travel faster than the speed of sound.
The HPV-X2 is indispensable for clearly capturing the ultra-fast phenomena that accompany shockwaves.
Advanced Flow Experimental Research Center, Institute of Fluid Science, Tohoku University
Professor Kiyonobu Ohtani (PhD in Engineering)
I am engaged in research on the fundamental physics of shockwave phenomena in gases and water and their industrial applications. I use the HPV-X in my research to perform optical visualization measurements with high temporal resolution.
Department of Aerospace Engineering, Seoul National University, Republic of Korea
YunHo Kim, Ph.D. Assistant Professor
Extreme Environments and Impact Lab.
The HPV-X2 was used to precisely capture the impact of a projectile traveling at several km/s, enabling high-speed visualization of initial fracture and fragment dispersion. It was essential for analyzing localized failure and dynamic stress propagation within microseconds after impact during the experiment.
Strategic Planning Division, Japan Aerospace Exploration Agency (JAXA)
Yoshiyasu Hirano, Ph.D. Advisor to the Director
Strategic Planning and Management Department
I am conducting research on carbon fiber reinforced composites (CFRP) used in aircraft structures. I use the HPV series as a tool to understand the damage processes of these complex materials visually and to investigate unexplained phenomena.