Advanced imaging applications require highly specialised equipment and Olympus meets this with sophisticated imaging systems.
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Olympus has redefined traditional image acquisition by designing a microscope operated via a simple and intuitive user interface. By removing complicated microscope adjustments and set up procedures, the efficiency of research activities is dramatically improved.
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Pioneers of Objective-Based TIRF, Pioneering the Next Generation
In 1997, Olympus designed the first turnkey objective-based TIRF microscopy system for commercial applications. As pioneers of TIRF, we’ve remained committed to the field and are continuously developing cutting-edge advancements to push the limits of science. The Olympus cell^TIRF illuminator represents the very latest in TIRF technology and is complemented by the largest portfolio of specially designed TIRF optics.
The cell^TIRF illuminator is the only system to independently and simultaneously control the critical angle of four separate evanescent waves, allowing different wavelengths to have the same penetration depth. Users can preset calculated penetration depths for all lasers with a single mouse click and the system will individually adjust each laser’s angle to simultaneously capture TIRF for all channels. Fine-tuning and adjusting the angle for each line is as simple as the scroll of the mouse wheel.
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Cell R and Cell M are members of the Olympus Cell family, designed for the advanced demands of live cell imaging. They are modular imaging stations that support the IX2 and BX2 series of Olympus microscopes providing advanced precision and image quality expected from the Olympus range of microscopes. |
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dotSlide microscope
The dotSlide system is based on the upright BX Olympus research microscopes, which enables a range of modules to be easily added to meet the desired specification. They offer all properties for use in digital virtual microscopy including the extraordinary optical performance and logical structure. Numerous motorised components and the unique modular, ergonomic design ensure maximum efficiency. Each motorised component can be directly controlled, monitored and automated via the software |
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NBI Atlas
EUS Symposium 2012
EBUS Symposium 2012
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