Do you want to understand how your flow evolves with time or look at the velocity profile of a fast moving stream? These systems answer your questions.
High speed / time resolved systems that can take thousands of image pairs per second (normally up to 10,000 image pairs / 20,000 frames per second) to provide time resolved velocity data in 3D. The PIV system comprises: pair of high speed digital cameras, pair of Sheimpflug mounts, high repetition rate frequency doubled dual pulse Nd:YLF laser, lightsheet optics, computer and software.
High speed / time resolved system that can take thousands of image pairs per second (normally up to 10,000 image pairs / 20,000 frames per second) to provide time resolved velocity data in a single plane. The PIV system comprises: high speed digital camera, high repetition rate frequency doubled dual pulse Nd:YLF laser, lightsheet optics, computer and software.
Low cost, high speed / time resolved system that can take up to 500 image pairs (1,000 frames) per second to provide time resolved velocity data in a single plane and is ideal for studying water flows. The system comprises: high speed digital camera, high repetition rate diode laser, lightsheet optics, computer and software.
Low cost, stereo / 3D, high speed / time resolved system that can take up to 500 image pairs (1,000 frames) per second to provide time resolved velocity data in 3D. It is ideal for studying water flows. The system comprises: pair of high speed digital cameras, pair of Sheimpflug mounts, high repetition rate diode laser, lightsheet optics, computer and software.