XYL-606
Product Description:
XYL-606 Fluorescence Microscope is made up of the Biological microscope and Epi-fluorescence device. Epi-fluorescence widely used in biology, medicine, immunology, oncology, genetics, materials science and other fields. Conventional configuration has 5 wave bands, and B,G,BV,V,U can be switched, and meanwhile, the conventional transmission observation can be proceeded. High-quality optical system and fluorescent attachment make you observed the satisfactory fluorescent effect. It is your best choice because of humanized configuration design, convenient operation system and novel appearance.
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Specification
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Viewing Head
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Compensation Free Binocular Head Inclined at 30°（50mm-75mm）
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Eyepiece
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WF10×/22mm
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Objective
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Infinite Apochromatic Fluorescent Objectives: 4×/N.A.O.15、10×/N.A.O.35、20×/N.A.0.6、40
× (S) /N.A.O.75
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Nosepiece
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Sextuple Nosepiece
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Stage
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Double layer mechanical stage
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Stage Size: 180mm×160mm
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Moving Range: 80mm×50mm
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Condenser
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N.A.1.25 Abbe condenser with iris diaphragm and filters
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Focusing
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Coaxial coarse＆fine focusing adjustment with rack and pinion mechanism.Fine focusing
scale value 0.002mm
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Light Source
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Transmission Illumination: Halogen Bulb 12V/30W, Brightness Adjustable
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Epi-Fluorescent Illumination: 220V(110V) .Ultra-high pressure Mercury Lamp100W/DC.Digital
display mercury lamp constant power
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Fluorescent Box
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G、B、BV、V、U Wave Band
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Optional Accessory
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Eyepiece: WF16×/17mm、WF20×/12.5mm
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1.3Mega、2.0 Mega、3.0 Mega、5.0 Mega pixels CMOS Digital camera eyepiece
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Infinite Plan Objectives: 4×,10×,20×,40×(s),60×(s),100×(s)oil
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Infinite fluorescent Objectives:100×(dry)/N.A.0.9
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Y Wave band fluorescent box
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Light Source: Halogen Bulb 12V/50W,12V/100W
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Photography attachment and CCD Adapter0.5×、0.57×、0.75×
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Characteristicsand description
1. Super wide viewing field eyepiece.
2. Stray light suppression system:Leading strong stray light out of light path
and absorb it,greatly increased the Signal-to-Noise Of the imae of
fluorescence microscope.
3. High precision revoiver system:conversion of the file-band G,B,BV,V,U,flexible
and soft and accurate positioning and ensure that each wave band can be
llluminated by excitation light fully and equably.
4. Large N.A.Plan-achromatic fluorescent objectives,greatiy increased the
fluorescent intensity.
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