High-Speed Video Camera analyzes motion.
Press Release Summary:
PCI-based Hi-Dcam(R)II digital monochrome or color camera system records at speeds to 8000 pps. It has on-board memory and camera control boards, user interface software, and compact, remote camera head that fits into confined spaces. Images can be reviewed and downloaded to PC for more detailed analysis or image archiving and storage. Multiple systems can be operated by single PC for simultaneous recording of multiple views of single event.Original Press Release:
NAC's new Hi-Dcam(R)II puts High-Performance, High-Speed Video Within the Reach of More Research, Test, and Production Users
Simi Valley, CA-The Hi-Dcam(R)II is an easy-to-use, high-speed, digital monochrome or color camera system capable of recording speeds of well over 8000 pps. Each system features a compact, remote camera head that fits into confined spaces. Images can be quickly reviewed and downloaded to a PC for more detailed analysis or image archiving and storage.
As a PCI based computer peripheral, the Hi-Dcam(R)II/PCI is an easy-to-use window based motion analysis tool that includes on-board memory and camera control boards as well as user interface software and documentation. Multiple Hi-Dcam(R)II systems can be operated by a single PC for the simultaneous recording of multiple views of a single event.
NAC Image Technology is the most experienced source for high-speed video equipment and motion analysis systems and software. A continuous record of technical innovation and a comprehensive, integrated line-up of products that set industry standards for performance and reliability makes NAC the choice of more and more scientists, engineers and technicians with design, test and production applications for high-speed image capture and image analysis.
For more information contact:
Mr. Bill Campbell, General Manager
NAC Image Technology
2245 First Street, Unit 108
Simi Valley, CA 93065 USA
Telephone: (805)584-8862
FAX: (805)584-3642
Toll Free in USA: (800)969-2711
Website: www.nacinc.com
