Perfect Imaging - Peqlab

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DOC-PRINT II Gel Documentation System The DOC-PRINT II is a compact and economical stand-alone system for scientific documentation of fluorescence gels. Supplied with a sensitive, monochromatic CCD camera this entry-level system is versatile and easy to use for image acquisation of protein and nucleic acid gels. Reliable Optics • 'Live' mode for easy gel positioning and focusing • High sensitivity 16 bit CCD camera with 65,536 greyscales • Light intense, manual zoom objective with Ethidium bromide filter Convenient Handling • PC-free operation • Clearly arranged control element with large LCD display to define exposure times, print and saving options • 3 USB ports for data storage via e.g. flash drives • Optional PC-based image analysis and post-processing using the free VISION-CAPT software Simple To Use • Easy to clean control unit with 18 inch LCD display (diagonal) Concepts Creating the future together.
Accessories for Bio-<strong>Imaging</strong> Systems Choose PEQLAB's accessories to upgrade your existing gel documentation system for new applications. Camera Filters Remove interference light from the main fluorescence signal of interest. Filters for all commonly used fluorophores are available. Digital Video Printer Provides 6 image formats with 256 greyscales, USB interface (2.0) and max. resolution of 1280 x 960 pixels. For Windows XP, Vista and Windows 7. Blue Light LED Table Fluorescence excitation in the blue light range at wavelengths between 420 nm and 490 nm for the non-damaging excitation of Ethi dium bromide and SYBR ® /peqGREEN stained nucleic acids. White and Blue Light Conversion Screens For the documentation of conventionally stained protein gels (e.g. 'Coomassie Brilliant Blue', silver stains, 'Ponceau S') or for the non-damaging exci tation of nucleic acid dyes with blue light via transillumination (e.g. SYBR ® Green, peqGREEN, SYPRO- Orange/-Ruby). SUPER-BRIGHT UV Light Table SUPER-BRIGHT Standard UV Represents the most advanced level of UV transillumination technology. The total absence of visible background light coupled with unsurpassed excitation homogeneity leads to a yet unmatched detection of fluorescence signals.
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Perfect Imaging - Peqlab

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