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What is Motorized Inverted Fluorescent Microscope?
A16.1098
Full Motorized Inverted Fluorescent Microscope The first domestic fully electric inverted fluorescence microscope Simple operation, powerful function, flexible collocation, cost-effective. The A16.1098 uses excellent infinity optics. The field of view is uniform, bright, and the color reproduction is high. Meet a variety of laboratory life science research observation needs. ![]() A16.1098 adopts a large field of view eyepiece with a field of view range of 22mm, which provides a larger field of view, more comprehensive observation content, and faster sample observation. For samples that require a panoramic view, a microscope with a large field of view is the most correct choice.
![]() Multi-layer coating technology, semi-apochromatic objective lens can compensate spherical aberration and chromatic aberration from ultraviolet to near infrared. The 20x and 40x semi-apochromatic objectives have a built-in correction ring that can correct for poor coverage caused by nonstandard cover glass thickness. Highly sensitive fluorescence performance ensures the sharpness, clarity and color reproduction of collected images.
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The humanized design makes microscope operation comfortable and easy, and you can perform microscope operation in the most natural state. At the same time, the powerful detail design makes this microscope a wide range of trials, and can be adapted to all standard sections and cell culture containers to support a variety of research applications.
With a gentle push, the transmission lighting column can be tipped backwards. This design ensures that users have a large work space and can easily change samples.
![]() The high-performance three-layer platform has flexible operation, comfortable feel and accurate positioning. A variety of load trays are available, including slice trays, petri dish trays, culture trays and universal trays (optional). It is suitable for all kinds of microscopic observation.
![]() ![]() A16.1098 has three optical exits located on the front, left and right sides of the fuselage. The rotary disk structure is used to achieve different spectral ratios, which is used to connect the camera and meet various expansion observation requirements.
![]() A16.1098 is a professional biological fluorescence microscope with various operating designs for easy switching of light paths. Advanced objective fabrication technology and filter coating technology make fluorescence imaging accurate, bright and dark background.
Whether it is switching from bright field observation to fluorescence observation, or the conversion between different bands of fluorescence observation can be easily completed by buttons and turntables. The sample observation is more accurate and faster, and the inaccuracy of experimental data caused by fluorescence attenuation and quenching is reduced.
![]() Fluorescent mercury lamp power box, the intelligent fluorescent mercury lamp power box adopts air-cooled design, with low noise and stable voltage. The unique automatic memory usage time and shut down time can ensure that the mercury lamp is fully cooled to the greatest extent, protect the life of the mercury lamp, and improve the mechanical efficiency.
![]() Control box
![]() SoftwareReal Time / Static MeasureIn cell observation and section observation, you need to use the measurement function. To determine the cell size, cell gap, synapse length and other data. The software can provide measurement of distance, angle, rectangle, circle, ellipse, etc.
![]() 2D Image Scan & StitchingBy collecting and importing images in real time, the software can quickly stitch together to form a large-size and high-resolution image
![]() Cell CountingCustomize cell counting requirements, automatically count and count the shape
information of cells, including: size, location, volume, circumference, brightness, etc. And all data, including processed images, can be saved as an excel sheet.
![]() 3D Depth Of Field FusionUsers can collect multiple images with different focal lengths by fine-tuning the focal length, and synthesize one image for output. Suitable for specimens that require a certain depth of field or poorly made sections.
![]() Fluorescent Image SynthesisBy collecting or importing images of different fluorescence channels, users can obtain images after fluorescence synthesis. For the image of each channel, the displacement in the x direction and y direction can be adjusted to achieve the fine-tuning effect.
![]() A14.109-6&7, A16.109-6&7, A16.1098 Series Microscope
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What is Motorized Inverted Fluorescent Microscope?
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Huang Xin