INTRODUCTION
Widely used for slow-motion analysis of fast-occuring events,
digital imagers are replacing high-speed film cameras as an
effective means to study ultra-high-speed phenomena or to
troubleshoot costly industrial problems. Practical applications
include food and beverage production; computer hard-drive studies;
component pick-and-place operations; automotive assembly, testing
and racing; pharmaceutical packaging, R&D and biomechanical
studies.
High speed cameras are ideal for research and development (R&D), medical research, industrial, food and beverage, pharmaceutical manufacturing and packaging, automotive safety test and research, TV Broadcast and motion picture filming, and military defense science applications.
Catering to a wide variety of applications, several models are available. These includes:
- High-resolution CMOS stand-alone or PCI format for use in a PC
- Low-cost CCD in stand-alone or PCI format for use in a PC
- High-G (hyge) mega-pixel cameras for onboard vehicle crash or
military ballistics testing
- Intensified or multi-spectral cameras for flame and combustion
studies
- Ultra fast nano-second recording, up to 200 million frames per second for hyper-velocity and hyper-shock applications
Along with our vast experiences, highly skilled technical personnel and wide customer installations, feel free to contact us for advice, assistance or recommendation in your high speed analysis work or applications.
