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Cutting-edge construction of UVP transilluminators includes an electronic ballast for increased stability and reduced power consumption. They also have a compact size to fit conveniently in small laboratory spaces. Benchtop UV transilluminators feature a fast lamp start-up with no light flicker. The FirstLight UV Illuminators offer high sensitivity and <5% coefficient of variance (CV) across the full filter area for consistency across the entire illuminated surface.
The FirstLight® UV Illuminator represents a unique highly uniform excitation source for quantitative fluorescent imaging in a wide range of genomic and proteomic applications:
- Electrophoretic separation and quantiation of 1D and 2D protein separations
- Solid phase immunoassay
- DNA quantitation
- RNA quantitation
Specifications: |
|
UV Source: |
UV Grid |
Wavelength: |
302 nm |
Intensity: |
Single |
UV Blocking Cover: |
Included |
Dimensions (WxDxH): |
14x11x5.63 inches |
Warranty: |
2 year |
UltraSlim® LED Illuminator
- Safer to use that standard UV transillumiators
- NO UV hazard to skin and eyes.
- NO DNA damage inherent to UV - No worries when cutting out bands for elution.
- Easy for use and gel cutting
- NO need to wear amber glasses.
- The THINNEST blue LED illuminator in the world.
- Strong blue LED for excitation.
- Uniform: <10% coefficient of variance (CV) in the central viewing area.
- Compact and Light: 30 mm in height
- Wide applications other than DNA/RNA gel visualization, such as fluorescent proteins.
- Sensitive for a wide range of fluorphores: DNA SafeStain, GelGreen, GelRed, EthBr, SYBR® Safe, SYBR Gold, SYBR Green I® & II, SYPRO® Rudy, SYPRO® Orange, Coomassie Fluor Orange stains, and Lumitein Protein Gel Stain.
The UltraSlim® LED Illuminator is designed for viewing stained gels on the laboratory bench, or within gel documentation systems. Safer lighting from the LED source inside the instrument produces blue light with a narrow emission peak centered at approximately 470 nm, which is more effective for the excitation of most nucleic acid and protein stains. Viewing surface is 120mm x 70mm.