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HyperVision HPV-X3 High-Speed Video Camera

Shimadzu Corporation is launching the HyperVision HPV-X3 high-speed video camera. High-speed cameras are used in materials science and aerospace development to visualize and understand physical phenomena associated with material deformation, material failure, shock waves, plasma, and electrical discharges. There is also an increasing demand for high-speed cameras in the medical and industrial sectors to evaluate and study products that generate micro-bubbles, ink jets, and fuel sprays. The HyperVision HPV-X3 offers world-class recording speeds with double the recording speed of its predecessor and promises to make a significant impact on industrial progress and our understanding of physical phenomena.

Shimadzu has been a pioneer in the manufacture and sale of high-speed cameras since 2005. Seeing a growing demand to study ultra-fast, microscopic phenomena at higher speeds and resolutions, the HyperVision HPV-X3 has been equipped with a new FTCMOS3 high-speed CMOS image sensor developed in partnership with Professor Rihito Kuroda and Professor Shigetoshi Sugawa, New Industry Creation Hatchery Center, Tohoku University. In 2022, Shimadzu and Tohoku University were awarded the Inoue Harushige Prize for developing the FTCMOS series of high-speed CMOS image sensors, a prize given to researchers and corporations for outstanding technology that has been developed and commercialized with original research from a university or research institute.

The HyperVision HPV-X3 doubles the recording speed of its predecessor, the HyperVision HPV-X2, to offer world-class performance at 20 million frames per second. The HyperVision HPV-X3 also has three times the resolution of its predecessor and maintains image resolution even at its highest recording speed. Versatility and ease-of-use are also improved with newly introduced functionality to synchronize recording with external signals. With the HyperVision HPV-X3, Shimadzu looks to make a significant impact in foundational research through the visualization and recording of images of ultra-fast, microscopic phenomena that are invisible to the human eye.

Features

1. World-Class Recording Speeds

Equipped with the FTCMOS3 high-speed image sensor developed in partnership with Tohoku University, the maximum recording speed has increased from 10 million fps (previous model) to 20 million fps. The HyperVision HPV-X3 offers world-class recording speeds that capture ultra-fast phenomena.

2. Improved Resolution with Three Times the Pixels of the Previous Model

The number of image pixels has been increased to 300,000, three times the previous model, enabling high-speed recording while maintaining resolution. The HyperVision HPV-X3 offers more accurate data acquisition during digital image correlation (DIC), which is used to measure strain during strength testing and other tests that involve specimen deformation.

3. Newly Introduced Frame Synchronization

Syncing the timing of specimen illumination with deformation and image acquisition is essential to the capture of ultra-fast phenomena. As the first model from Shimadzu to offer frame synchronization, the HyperVision HPV-X3 can synchronize the acquisition of individual frames to external signals. Control the timing of image capture for more accurate recording of ultra-fast phenomena.

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HPV-X3