This is the cyanobacterium Chroococcus seen through a 60X X Line objective. Image: Håkan Kvarnström
This is not just an objectiveYou look through your light microscope, pull the focus, and dive into a world of light, colors, and beauty. What is it you see? Whatever it might be, THIS IS NOT your sample. What you see is an image produced by the microscope. Perfectly polished lenses and complex physics, all working together to contribute to the quality of the image that’s formed at the focal point, whether that point is your eyes or a detector. So, what is it you see? With Olympus X Line objectives, you see the truth. |
See the truth with Olympus
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Technology Behind the Magic...Discover the innovative polishing technology behind Olympus X Line lenses. Ultra-thin lenses allow for more optical correction within the existing barrel. This revolutionary lens design allows us to simultaneously improve all the relevant aspects of a high-end lens — and enables you to do better microscopy. |
X Line Top Features
 | This is FlatnessDiscover corner-to-corner uniformity, easily seen on larger fields of view. Save time when scanning multiple areas of a single sample by acquiring fewer images because you know you can trust the image, even at the edges. |
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This is ColorDon’t settle for less. X Line objective’s highest-quality broad chromatic aberration correction results in much better color reproducibility in your brightfield and multicolor fluorescence images. Bad chromatic correction can falsely show co-localized signals as spatially separated color channels — remove the risk with X Line objectives. |  |
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 | This is ResolutionReally see the details. X Line objective’s high numerical aperture enables high-resolution, bright images. These objectives are especially helpful for minimizing phototoxicity/photobleaching during fluorescence live-cell imaging experiments and can help resolve multiple objects that seem to appear as one. |
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Imaging applications
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 Live Cell Imaging |  Super Resolution and TIRF Imaging |  Neuroscience and Multiphoton Imaging |  Pathology and Laboratory |  Drug Discovery |  Whole Slide Imaging |  Laser Scanning Confocal |  Cancer Research and Multiplexing |  Fluorescence Imaging |  Organoid and 3D Imaging |
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Mr. Håkan Kvarnström | Josef Gotzmann, Ph.D. | Mr. Benedikt Pleyer |
This is not the end. Your story begins here.
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