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Featuring multiwavelength fluorescence illumination, 4-million pixel resolution, true 16-bit imaging and more than 5x the sensitivity of our other systems, the new Image Station 4000MM provides the ultimate in performance and versatility
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Superior Image Quality
- Up to 5-10x more sensitive than common autoradiography film systems used for chemiluminescence imaging
- 4-million pixel resolution and 10x optical zoom allow up to 10 micron/pixel resolution
- True 16-bit imaging produce more than 65,000 levels of grayscale resolution in a single capture for accurate intensity measurement
- Full illumination and lens correction algorithms minimize optical artifacts on images and data
- Patented wide angle emission filters eliminate image artifacts to enhance detection sensitivity and image quality
- Closed Optical Path Image (COPI) chamber design isolates the optical path from laboratory contaminants, eliminating contamination artifacts
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Unmatched Imaging Versatility
- State of the art cooled CCD camera technology and selectable multiwavelength illumination from 380 nm – 780 nm allows detection of the widest range labels including luminescence, fluorescence, colorimetric, chemifluorescence, and radioisotopic
- Designed for imaging of a wide range of in-vitro assay formats, including membranes, plates, gels, extracted tissue, as well as in-vivo imaging of small animals and plants
- 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
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Fast, Convenient Workflow
- Live preview and parfocal optical design facilitates sample positioning and focusing
- Eliminate exposure trial and error with Predict Exposure and Auto Stop functions
- Automatically execute multiple exposure routines with Time Lapse and Progressive exposure modes
Set up and save commonly used exposure routines for one click access
- Comprehensive Imaging software allows full control over camera as well as accurate quantitative analysis, including fragment sizing and mass determination; comparative intensity, geometry and positional analysis of multiple regions of interest; colony counting; annotations and more.
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