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Super FOV Fluorescence Microscopic
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Super FOV Fluorescence Microscopic
Product Code: ATF8100
application
- ATF8100 is a Auto-focus,Auto-scan Super FOV Fluorescence Microscopic designed by Optosky，two light sources are available,100W digital mercury lamp power supply and LED fluorescent light source. A third-order filter is used to filter the light source, and a six-hole turntable epi-fluorescence device (optionally with B, G, UV, and V filters) can be used to switch between different color filters to collect fluorescent signals in different wavelength bands.
- The ATF8100 is TE-cooled down to -20℃, high sensitivity and high resolution spectrometer, which can perform spectral analysis on the target in the imaging area with a resolution of <2nm.
- ATF8100 is loaded with 50X50mm large-area electric scanning platform,supplemented by advanced and fast super-large image stitching algorithms, thus achieve the functions of rapid scanning and large-area imaging.
- The ATF8100 is equipped with a highly stable autofocus system that can dynamically adjust the focal length of the target in real time to achieve the best imaging effect.
- The ATF8100 is connected to the computer via a USB 2.0 interface, and has advanced and easy-to-use PC-side control software, which can achieve perfect experimental operation.
| Detector | |
| Detector type | 2048 pixels CMOS |
| Sensitivity | 1300 V/(lx·s) |
| Dark noise | 0.4mV/RMS |
| Optical parameter | |
| Signal-to-noise | >800:1 |
| Optical Design | f/4 cross asymmetric C-T optical path |
| Raman Instrument | |
| Integration time | 1ms-60min |
| Spectral Range | 300-1100nm, 200-400nm, 500-1100nm, 350-810nm Customzed |
| Resolution | 1-2.5nm |
| Dynamic Range | 10000：1 |
| Focusing | Electric, real-time focusing |
| Raman Spectrometer System Parameters | |
| Interface | SMA905 |
| Epi-fluorescence system | |
| Light source | 100W digital mercury lamp power supply or LED fluorescent light source (choose one) |
| Six-hole tumtable epi-fluorescence device | Standard three-channel switching: blue excitation B, green excitation G, purple |
| Excitation filter set | Blue excitation wavelength:450~490nm Emission wavelength：515nm Green excitation wavelength:495~555nm Emission wavelength：595nm Violet excitation wavelength：380~415nm Emission wavelength：475nm (three channels) |
| Microscopic optical system | |
| Optical system | OTICS infinite distance chromatic aberration correction optical system |
| Magnification range | 40X～1600X |
| Eyepiece | 10X wide field of view, high eyespots flat field eyepiece，field of view Φ22mm (Φ23mm optional) |
| Infinite distant flat field achromatic objective lens | Standard configuration 4X/10X/20X/40X (other optional) |
| Observation tube | Hinged trinocular observation tube, tilted at 30°, interpupillary distance adjusted from 48mm to 76mm, three eyepieces and two gear shifts |
| Converter | Internal tilt type internal positioning five-hole converter |
| Focusing device | Coarse and micro coaxial focus adjustment, coarse adjustment belt elastic adjustment, and the focus of the upper limit device |
| Micrroscope stage | Steel wire transmission stage (X axis does not protrude), double clip structure |
| Focusing mirror | N.A.0.9/0.13 Swing-out focusing mirror,with variable light bar |
| Transmission lighting system | 6V/30W Halogen lamp（Wide voltage input：100V～240V），Field light bar, adjustable center |
| Camera | Equipped with 320/5 megapixels and other digital camera system for bright field shooting Equipped with 310/5.1 megapixel CCD digital camera for professional picture shooting |
| X,Y-axis electronic controlled platform | |
| Moving Range | 50 X 50 mm |
| Moving Resolution | 0.1 μm |
| Positioning Accuracy | 1 μm |
| Scan Speed | 20mm/s |
| Z-axis（Auto-Focus） | |
| Focus Accuracy | ≤ ±0.2 μm |
| Max distance | 20 mm |
| Focus Speed | No more than 10 s |
| Dimensions | 290 X 210 X 220 mm |
