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Camera
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2048 x 2048 pixels
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-29°C absolute
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10X zoom, 20 - 200mm
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Illumination
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Selectable multiwavelength epi-illumination, 380 - 780 nm UV (306 nm) transillumination (optional)
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White light epi-illumination and white light transillumination
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Emission Filters
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- Selectable wide angle filters, 440 - 830 nm
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Performance
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2 x 2 cm to 20 x 20 cm, continuous zoom
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- Optical Resolution (max.)
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10 micron/pixel
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16-bit single capture n-bit data acquisition
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Detection Modes
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- Luminescence
- Multiwavelength Fluorescence
- Absorbance
- X-Ray**
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Exposure Modes
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- Single Capture
- Multiple Capture
- Progressive Exposure
- Time Lapse Exposure
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Computer
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IEEE1394 (FIREWIRE)
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WINDOWS 2000/XP, MACINTOSH OS
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*requires use of optional KODAK Image Station radPADD
**requires use of optional KODAK Image Station X-ray Imaging Module
Includes Image Station 4000MM unit, 5-position excitation filter slider with two excitation filters of choice, 4-position emission filter wheel with two proprietary wide-angle emission filters of choice, external 150-watt halogen illumination source and mounted fiber-optic light guides, PC or Macintosh computer with 17-inch flat-panel monitor, KODAK Molecular Imaging Software(3 single-user licenses or 3 network licenses), on-site installation and training, and 12-month limited warranty.
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CATALOG NUMBER
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PRODUCT DESCRIPTION
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864 2985
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KODAK Image Station 4000MM with PC and 3 single-user software licenses
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895 8142
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KODAK Image Station 4000MM with Mac and 3 single-user software licenses
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inquire
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KODAK Image Station Multimodal Excitation Filter Options
380 nm, 465 nm, 535 nm, 555 nm, 625 nm, 700 nm, 720 nm, 755 nm
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inquire
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KODAK Image Station Multimodal Wide-Angle Emission Filter Options
em440WA, em535WA, em570WA, em600WA, em670WA, em700WA, em790WA, em830WA
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839 7663
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KODAK Image Station MMT UV Transillumination Lid Assembly (120 VAC)
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Other product configurations available; please inquire.
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An optional X-Ray Imaging Module enables x-ray imaging of
in-vivo samples as well, and improves anatomical localization of molecular biomarkers by allowing perfect co-registration of optical molecular images with anatomical radiographs