Shimadzu’s HPV-X high-speed camera is one of the most powerful tools for analyzing ultrafast movements. It allows for the capture and analysis of extremely rapid processes that are invisible to the human eye with stunning detail. Whether in materials research, the automotive industry, or biomechanics, the HPV-X provides invaluable data that helps understand processes better and optimize products.
The HPV-X utilizes specialized image sensor technology to record movements with incredible speed. It can capture millions of images per second, with a resolution that reveals even the smallest details. With recording speeds of up to 10 million frames per second and an extremely short shutter time, it is perfectly suited for capturing ultradynamic processes, such as:
The HPV-X is equipped with numerous technical features that make it an essential tool in motion analysis:
The HPV-X high-speed camera enables researchers and engineers to understand dynamic processes that were previously difficult or impossible to measure. In materials research, it allows detailed examination of fracture and deformation behavior under extreme loads. In the automotive industry, it provides valuable data for impact and crash tests to improve vehicle safety. In biomechanics, it enables analysis of rapid movements, such as the effects of impacts on the human body.
At Shimadzu, we use the HPV-X to capture highly precise and informative data. Our experts support you in conducting and analyzing high-speed recordings to advance your research and development projects. With the HPV-X, you gain insights into dynamic processes that help make your products safer and more effective.
A high-speed camera is a specialized imaging device designed to capture extremely fast movements by recording thousands to millions of frames per second. This allows for detailed analysis of high-speed events that are too quick for the human eye to perceive, such as explosions or rapid mechanical processes.
The HPV-X by Shimadzu is renowned for its ability to capture up to 10 million frames per second with exceptional resolution and minimal motion blur. Its advanced sensor technology and short shutter speeds enable it to record and analyze ultrafast events with unparalleled detail.
The HPV-X is ideal for capturing a wide range of high-speed events, including:
The HPV-X employs advanced image sensor technology and high-speed data processing capabilities to achieve its impressive frame rates. It uses specialized sensors to capture images with minimal delay, and its rapid data storage and processing systems manage the large volume of images generated.
The HPV-X can capture up to 10 million frames per second, making it one of the fastest high-speed cameras available. This high frame rate allows for the detailed observation and analysis of processes that occur in extremely short time intervals.
Despite its high frame rate, the HPV-X maintains high image quality through its advanced optical systems and short exposure times. The camera is designed to minimize motion blur and ensure clear, detailed images, even during rapid motion.
Common applications include:
The HPV-X provides detailed high-resolution images that can be analyzed to study dynamic phenomena such as deformation, fracture propagation, and rapid motion. Researchers can use the footage to understand failure mechanisms, optimize designs, and improve safety protocols.
To achieve the best results with the HPV-X, ensure proper calibration and maintenance of the camera, use appropriate lighting for high-speed imaging, and select the right settings for your specific application. Proper setup and configuration are key to capturing clear and accurate high-speed footage.
Shimadzu offers comprehensive support and training for users of the HPV-X. Our team of experts can provide assistance with camera setup, operation, and data analysis. Contact us for personalized training sessions and technical support to make the most of your high-speed camera.
Material testing is crucial for material quality and safety. Various technologies such as non-destructive testing, tensile testing and bending testing are used. Standards and regular calibration of testing machines are essential to ensure accurate results. Frequently asked questions (FAQs) provide additional information.
Do you have a question about testing machines and High-speed video cameras? We will be happy to advise you.
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