Like the FinePix S3 Pro UVIR, the IS-1 will help law enforcement officers solve crimes by capturing evidence not easily seen by the human eye. It can be used in both the visible and infrared light spectrums, making the evidence-gathering process more efficient and accurate.
For example, the IS-1 has a continuous live preview feature, an advantage during infrared photography for focusing and composing when using dark lens filters. It also has an articulating LCD, which simplifies the processes of previewing, capturing and reviewing photos — especially when the camera is in a laboratory environment. Its 10.7x, 28-300mm optical zoom system is built-in, minimizing dust, making operation a snap for forensic photographers.
"The FinePix S3 Pro UVIR has been well-received in the forensic and scientific markets, and we anticipate an even better reception for the IS-1 digital camera in these same channels," remarked Darin Pepple, Marketing Manager, Electronic Imaging Division, Fujifilm U.S.A., Inc.
"Law enforcement and scientific departments often contend with very restrictive budgets so a product that can enhance the efficiency and effectiveness of their operations, without draining too much of their resources, is quite appealing", said Pepple.
The IS-1 digital camera features a 9 megapixel Fujifilm Super CCD sensor and ISO 80-1600 capabilities. The camera's high sensitivity range, made possible by Fujifilm's Real Photo Technology, enables IS-1 users to capture images using visible and infrared light (approximately 400nm –900nm).
In addition, Fujifilm's Picture Stabilization technology uses the heightened sensitivity of the IS-1 and high-speed shutter settings to reduce blur caused by camera shake and subject movement. This easy-to-access feature is selectable on the mode dial and allows the IS-1 to choose the correct light sensitivity and best-matching shutter speed automatically for the highest quality digital pictures.
Priced at $899, the IS-1 will be available at select authorized dealers in the United States in February 2007.
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