Microscopes
A microscope is an instrument that magnifies objects, too small to be seen with an unaided eye, producing larger images using a combination of lenses. The student lab microscope in general is a brightfield microscope, implying that visible light is passed through the sample and used to shape a picture directly, without any changes. Another sort of light microscopy is fluorescence microscopy, which is utilized for image samples that fluoresce (absorb one frequency of light and emanate another). For additional improved resolution, Confocal Microscopy is utilized. A confocal microscope utilizes a laser to energize a thin layer of the sample and collects just the transmitted light coming from the target layer, delivering a sharp image without interference from fluorescent particles in the surrounding layer. The selection of the type of microscopes is based on the type of sample (size, thickness, dynamics, physiology etc.) that needs to be viewed or analyzed.
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Dual-view Inverted Selective Plane Illumination (diSPIM) is a light sheet method offering low phototoxicity in 3D imaging making it possible to image living small organisms over extended periods of time.
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Everest is an upright digital microscopy workstation for all widefield fluorescence applications as well as transmitted illumination applications.
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Lattice LightSheet uses ultra-thin sheets of light to image 3D cellular dynamics for hundreds of volumes at dozens of frames per second at diffraction-limited resolution and super-resolution.
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Marianas incorporates advanced optics, cameras, computers and proprietary electronics to achieve unparalleled speed, precision and flexibility in live cell image acquisition.
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VIVO incorporates advanced optics, cameras, computers and proprietary electronics to achieve unparalleled speed, precision and flexibility in live tissue image acquisition.
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The BX43 supports brightfield, phase contrast, simple polarized light, and darkfield observation. Its Ergonomic design can provide enhanced operator comfort during long hours of use.
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The Olympus new BX46 defines a revolutionary new standard in laboratory and clinical micrscopy.
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The BX51WI is a special-purpose research microscope designed for electrophysiology. The BX51WI provides the stability crucial for patch clamping and is equipped with dedicated water immersion objectives designed for near IR illumination at 775 and 990nm.
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cell^tool TIRF is based on a modular multi-port illuminator for up to three lasers and a MT10 or MT20 widefield flourescence light source.
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With the Olympus FVMPE-RS, countless possibilities for deep tissue observation are finally realized. The system delivers unmatched high-speed imaging, essential for capturing the dynamic in vivo response, with fine laser control pinpointing the precise site for optimum excitation efficiency - even deep within the sample.
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The BX53 microscope from Olympus supports a wide range of fluorescence imaging applications as it offers a variety of advanced features for enhanced operating ease and process flexibility. This system can be configured to meet almost any research needs
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The BX63 offers outstanding stability and imaging precision for research applications, with the convenience of a touch screen interface for easy operation. Additionally, it features a detachable controller that can be positioned to suit the operator's preference or workflow requirements.
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The Olympus CKX53 microscope delivers excellent performance, with improved image quality and ergonomics, as well as a comfortable workflow for a variety of cell culture needs such as live cell observation, cell sampling and handling, fluorescence observation, and image capture.
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The CX23 microscope unique features accommodates the student and every requirement in the educational setting. This cost-effective system provides easy and safe operation throughout the workflow and ensures outstanding optical performance with large field number (FN) 20
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The CX43 microscope enable users to remain comfortable during long periods of routine microscopy observations.
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The FLUOVIEW FV3000 Series is designed to meet some of the most difficult challenges in modern science. With the high sensitivity and speed required for live cell and tissue imaging
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The IX73 inverted microscope system sets new standards in advanced live cell imaging with its stable compact frame, outstanding optical performance and maximum flexibility.
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The fully motorised and automated IX83 is the most advanced member of the IX3 series of imaging systems for life science researchers and offers a new level of usability and application flexibility.
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The MVX10 MacroView is a research Macro Zoom Fluorescence Microscope. The MVX10 addresses the tradeoffs between stereo and compound imaging systems, offering high numerical apertures from a compound microscope along with long working distances and larger fields of view from a stereo microscope.
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The versatile and cost-efficient SZ51 zoom stereo microscope offers a broad range of functions for observation and documentation of specimen in life science.
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The SZ61TR zoom stereo microscope is ideal for routine and advanced stereo microscopic observation in life science, especially for those applications that require image documentation.
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The Olympus SZX10 is designed for routine research. It offers a maximum numerical aperture (NA) of 0.2, producing a resolution of 600 line pairs per millimetre.
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The new SZX16 is designed for advanced research and has a maximum numerical aperture of 0.30, producing a resolution of 900 line pairs per millimeter.
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In operation and optical performance,the SZx7 is designed for ease of use and working comfort in every task,from routine preparations to advanced research.
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