Advances in filter technology enable improved multiphoton microscopy performance. Learn more about optical filters for multiphoton microscopy in this article for BioPhotonics.
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The development of reliable “hard” coatings for complex optical filters was an important trend in the optical coatings industry. Discover why areas such as biotechnology and analytical instrumentation shifted towards hard-coated filters to benefit not only from their performance, but also from their lasting reliability and durability.
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Based on ion-beam sputtering of hard oxide glass materials, the novel filters provide higher system brightness and sensitivity. Fluorescence microscopy is ideal for biological imaging because it reveals only objects of interest in an otherwise dark background, while permitting selective tagging. Learn more by exploring this journal article for BioPhotonics.
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High laser-induced damage threshold (LIDT) optical coatings help enable the highest-peak-power lasers in existence.
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The advent of lasers as fluorescence light sources imposes new constraints and demands on the optical filters required for optimal operation of these laser-based imaging systems.
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Efforts are under way to enhance the superresolution not only laterally but also axially. Rather than having to develop and use specialized fluorophores, many researchers have demonstrated the advantages of using standard fluorophores, expanding the applicability of super-resolution techniques.
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By using angle-tuned thin-film interference filters, optical engineers can capture nonstandard wavelengths during spectral imaging without compromising performance. Download this resource from OPN Optics & Photonics News now to learn more.
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With high-performance optical filters being incorporated into cutting-edge detection systems, Raman spectroscopy is finding new applications in the life sciences. Learn more in this journal article from BioPhotonics.
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When it comes to diagnostics, one of the most crucial – and often overlooked – components is the optical filter. But as manufacturing processes improve, optical filters of exceptional quality are being created, which not only deliver accurate results but also open up an entirely new avenue of application in wearable diagnostics.
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Active illumination microscopy is a simple and straightforward means by which to effectively control and manage the effects of photobleaching and phototoxicity in fluorescence microscopy. Through precise control of the illumination power, it is possible to eliminate image saturation while enhancing detection sensitivity at low signal levels. Because AIM requires only simple, straightforward electronics and only one detection channel, it can easily be employed as a simple “drop in” addition to any standard one- or two-photon laser scanning fluorescence microscope platform. Because of this, AIM should provide microscopists with another powerful method to enhance their imaging tool kit.
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New filter technology can eliminate pixel shift in multicolor fluorescence imaging. Achieving excellent image registration can be even more critical in fluorescence microscopy because poor registration is not merely distracting but also can inhibit the determination of how molecules interact or how a cell functions. Learn more in this article.
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Explore our Fluidic & Optical Products and Information Catalog. Discover how IDEX Health & Science can be your trusted partner in life science instrument development as we continue to invest in leading technologies and capabilities to solve your most demanding challenges.
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Explore the Chinese Translation of our Fluidic & Optical Products and Information Catalog. Discover how IDEX Health & Science can be your trusted partner in life science instrument development as we continue to invest in leading technologies and capabilities to solve your most demanding challenges.
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In this paper, fluidic connection experts from IDEX Health & Science explore the connection challenges facing modern UHPLC users. A practical review of the new MarvelXTM and MarvelXACTTM connection technologies is presented to show how advances in high pressure fluidic connections enable users to achieve reliable, repeatable and consistent performance to 19,000 psi with over 100 repeat uses, thereby reducing the complexity and cost of their UHPLC systems.
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In this paper, fluidic connection experts from IDEX Health & Science explore the connection challenges facing modern UHPLC users. A practical review of the new MarvelXTM and MarvelXACTTM connection technologies is presented to show how advances in high pressure fluidic connections enable users to achieve reliable, repeatable and consistent performance to 19,000 psi with over 100 repeat uses, thereby reducing the complexity and cost of their UHPLC systems.
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In this white paper, learn more about the Wide Field Illumination Module developed by IDEX Health & Science capable of delivering uniform, high-intensity output over a large field of view at multiple wavelengths.
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In this paper we will review the different lens assembly techniques, how they should be selected depending on the required level of positioning accuracy, and how the Exact Placement technology specifically addresses the requirements for the tightest possible tolerances.
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Empowered by the constant performance vacuum control, the flat film membrane degasser is beneficial to incorporate in your HPLC system because of it's small form factor, universal solvent compatibility, lower environmental impact, and more.
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Discover unlimited tunable spectral flexibility with our VersaChrome Filters
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