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LED Fluorescence Illuminator MF-LED
MF-LED series fluorescence illuminator features with LED module to provide a new possibility for laboratory fluorescence microscopy. By the illumination you can easily upgrade a conventional infinity upright microscope to fluorescence functional. The modular, energy-saving, high-efficiency LED light source can make your microscope to a easy operating, long working life and high efficiency epi-fluorescence microscope with low cost.
WHO pointed LED epi-fluorescence microscope as the most suitable microscope for TB diagnostic. It makes fluorescence illumination in LED module widely used in clinical especially for immunofluorescence and microbiology.
Benefits of MF-LED Series LED fluorescence illuminator
- Over 50,000 hours long working life LED light source.
- Reliable single color excitation group optional in blue, green, Royal blue and UV.
- High light intensity offers high contrast fluorescence.
- Save time without preheating and cooling waiting.
- Easy to operate with no needs of optical path adjustment.
Matched microscopes
- Olympus CX22, CX31,CX41,BX43,etc
- Nikon E100, E200,etc
- Leica DM500, DM700
- Zeiss PrimoStar
| Mode | Specification | Suitable Fluorescein |
| MF-UV-LED | 330-380nm >400nm >420nm | DAPI / Hoechst 33342&33258 / AMCA/AMCA-X / Alexa 350 |
| MF-B-LED | 460-490nm >500nm >510nm | GFP / EGFP / FITC / Alexa 488 / Cy2@ / Fluo-4 / FluorX@ / Fluoro-Jade |
| MF-G-LED | 510-550nm >570nm >590nm | PI / EB / EH |
| MF-RB-LED | 420-480nm >500nm >510nm | Special for TB Diagnostic |
Parameters :
| Data Sheet of MF-LED fluorescence illuminator | ||||
| Mode | LED lighting central wavelength | Excitation filter | Dichroic mirror | Emission filter |
| Blue (MF-B-LED) | 475nm | 460-490nm | >500nm | >510nm |
| Royal Blue (MF-RB-LED) | 450nm | 420-480nm | >500nm | >510nm |
| Green (MF-G-LED) | 530nm | 510-550nm | >570nm | >590nm |
| UV (MF-UV-LED) | 365nm | 330-380nm | >400nm | >420nm |
| Violet (MF-V-LED) | 405nm | 395-415nm | >420nm | >440nm |
Application examples:
TB diagnostic ( (Immunofluorescence Assays, especially single color Royal Blue excitation)
