Articles
Photron APX-RS High Speed Camera Awarded Top Honor For Product Excellence By Japan Society Of Mechanical Engineers
January 15, 2008
San Diego, CA Photron Limited of Tokyo Japan, and its subsidiaries Photron USA, Inc. and Photron Europe, a global high speed imaging system and image analysis software manufacturer, was honored by the Japan Society of Mechanical Engineers for its contribution to science and measurement. Photron's innovative APX-RS high speed imager won the product excellence award by enabling technology in the study of particle image velocimetry (PIV), an optical method used to measure velocities and related properties in fluids. The Society noted that Photron's APX-RS high speed camera improved performance, offered superior results and advanced their understanding of an unsteady phenomenon in a turbulent, high-speed fluid, in the course of the research conducted at Kyushu University. The engineering award was based on technical invention, scientific discovery and technical penetration.
Andrew Bridges, Director, Sales & Marketing of Photron, Inc. notes, "We are honored to have our APX-RS camera selected for this product excellence award. We gratefully accept this prestigious technical invention award from Japan's Society of Mechanical Engineers and thank them for their important acknowledgement." He adds, "Photron's high speed cameras have received a lot of global attention in 2007. The APX-RS is the high speed camera used in BBC's "Planet Earth" series, resulting in the critically-acclaimed "Shark Attack at Dawn" sequence. Our new Fastcam MH4 camera with four remote heads was hailed by UK-based Automotive Testing Technology International as the "Crash Test Innovation of the Year" and Photron's lastest generation Fastcam SA1 is now the world's fastest (a whopping 5,400 fps at 1K x1K) mega pixel high speed camera available!"

The APX-RS is a slow-motion video imager that captures up to 3000 frames per second (fps) at 1024 x 1024 pixel resolution, up to 10,000 fps at 512 x 512 and up to 250,000 fps at reduced resolution.
SOURCE: Photron, Inc.



