Introduction

Fluorescent Stereo Microscope features a parallel optical zoom system, ensuring distortion-free, high-resolution specimen observation. It includes a 20° inclined binocular viewing head for comfortable and flexible positioning. microscope is equipped with GFP-B and GFP-L filter sets for high-contrast fluorescence imaging. It has transmitted and reflected LED illumination, allowing for detailed sample analysis.

Applications

Fluorescent Stereo Microscope is used for high-contrast observation of fluorescent-labeled specimens in life science, biomedical, and materials research. It is widely used in laboratories, research institutes, and industrial inspection for detailed 3D imaging and fluorescence analysis.

Specifications

Optical SystemParallel optical zoom system
Viewing HeadBinocular head
Inclination20° inclination
EyepieceEW10X/22 (Diopter adjustment eyepiece)
Plan Achromatic Objective1x
Zoom Objective0.8x to 5x
Zoom Ratio1:6
Working Distance78 mm
Fluorescent AttachmentGFP-B (EX480-500, DM505, BA510-560)
GFP-L (EX460-500, DM505, BA510)
FocusingCoarse focusing stand
Focusing Range105 mm
IlluminationTransmitted & reflected LED illumination, (brightness adjustable)
100W Ultra high-voltage spherical mercury lamp
Lamp Power SupplyNFP-1 with digital display
Product Dimension360 × 320 × 620 mm
Packaging Dimension460 × 420 × 720 mm
Net Weight13 kg
Gross Weight15 kg

Features

    Diopter-adjustable eyepiece

    Plan achromatic objective

    High-resolution imaging

    Coarse focusing stand

    Adjustable LED brightness

    Mercury lamp support

    Digital lamp power control

    FAQ

    Q1: What is the magnification range of this microscope?
    A1: The magnification range is 10× to 40× (e.g., 40× to 1000× for biological microscopes), with replaceable objectives for different observation needs.

    Q2: Does it support digital imaging?
    A2: No, but supports optional digital camera installation - Some models are equipped with a digital camera interface, which can be connected to a computer for image capture and analysis.

    Q3: How to adjust the focus for clear observation?
    A3: It has coarse and fine adjustment knobs. First use the coarse adjustment to find the sample, then use the fine adjustment to get a clear image.

    Q4: What type of light source does it use?
    A4: It adopts a LED light source, which has long service life (up to 50000 hours) and stable brightness, without frequent bulb replacement.

    Q5: Is the microscope easy to maintain?
    A5: Regular maintenance only requires wiping the lenses with lens paper and keeping the stage clean. Avoid touching the lens surface with fingers.

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