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| Which microscope suits your specimen? |
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Make new life science discoveries with Olympus microscopes
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Use Olympus microscopes to help your next innovation in materials sciences
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Luminoview LV200: A quantum leap in live cell imaging
Olympus introduces the first commercially available luminescent microscope. The LV200 Luminoview Bio-luminescence microscope features a highly specialised optical design to maximise light collection, enable dual-colour luminescence, as well as provide brightfield and fluorescence overlays. The LV200 provides peerless bio-luminescence microscopy imaging for small organisms and slice cultures as well as at the single cell scale providing full environmental control for long term live cell imaging, unprecedented sensitivity and resolution whatever the magnification.
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New Olympus DP72 microscope digital camera for unrivalled speed and clarity
Offering unrivalled flexibility for microscopists, the new 12.8 megapixel Olympus DP72 digital microscopy camera combines high sensitivity, speed, resolution and quality, with no restrictions. With market-leading image acquisition rates, image display via uncompressed full RGB, and a range of advanced features, the DP72 enables unsurpassed performance standards for all laboratory imaging needs.
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The new cell* family takes imaging to the next level
Olympus has launched the new and improved cell* family range of imaging systems. cell*3.0 introduces more innovative functions for every member of the cell* family, making them even easier to use. All modules offer enhanced functionality and technology, and are designed to ensure seamless and precisely-coordinated operation of microscope, camera and peripheral devices.
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Olympus Cameras - Higher Speeds, Truer Colours and New Names
Olympus has updated its extensive digital microscopy imaging camera range to provide faster imaging capabilities for each camera, ensuring that users can catch events as they happen. Furthermore, the entire range now features the unique Olympus True Colour (OTC) system which uses internal ICC reference profiles to ensure consistency between the input and output colours, as well as between different cameras.
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Nature Neurotechniques Collection sponsored by Olympus
Reserve your free reprint of the Nature Neurotechniques Collection available from June 2008. This compilation of articles will draw together some of the groundbreaking research that has recently been published in Nature Reviews Neuroscience and Nature Methods.
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The New LEXT OLS3100 Metrology System
Olympus introduces the next step in the evolution of three dimensional laser confocal microscopy-based metrology – the LEXT OLS3100. Constantly evolving toward greater simplicity and higher precision, LEXT meets a diverse range of needs in fine surface profile measurement.
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New entry level LED fluorescence light sources
Olympus offers a range of LED sources for all fluorescent work, from entry level single colour units to advanced high speed multi-colour systems. The entry level FluoLED product range for Olympus CX upright microscopes, introduces additional flexibility to fluorescence microscopy because of the ability to power the LEDs by battery or even solar power ensuring that fluorescence microscopy can be conducted ‘in field’ where samples are fresh.
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Olympus Microscopy Newsletter
You are interested in microscopy and Olympus microscopes? Subscribe to the quarterly Olympus Microscopy Newsletter and receive our latest application reports, Tips and Tricks, product information, etc. for free. Read the current issue here:
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New Multiphoton Excitation (MPE) Microscope range from Olympus
Olympus Life and Material Science Europa GmbH has introduced a Multiphoton* deep fluorescent imaging system. Based on the unique Olympus FluoView FV1000 confocal Laser Scanning Microscope (cLSM), the MPE system is available in three models providing the highest penetration depths on the market. Each model incorporates Olympus’s market leading components, such as the UIS2 optics. The systems are fully configured to ensure best excitation efficiency and thus imaging hundreds of microns deep into a specimen becomes possible.
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*License statement
The use of lasers with SUB-PICOSECOND pulses for two-photon microscopy is protected by US Pat No. USP5034613, JP Pat No. JP2848952B2, EU Pat No. EP500717B2, EU Pat No. EP807814B1. This technology is under license from Carl Zeiss MicroImaging GmbH and Cornell Research Foundation Inc.
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| Theory of light microscopy and digital imaging |
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