Oxford Instruments plc’s Post

Do you ever run into field of view limitations? For large sample sections that cannot be displayed in a single field of view, the BZX Fluorescence Microscope can stitch together multiple images at a high resolution through a moving stage. Discover microscopy like never before! Learn more: https://lnkd.in/d9dKYpVC #KEYENCE #Fluorescence #Microscopy #ImageStitch

Capture clear images without fluorescence blurring on the BZ Series Fluorescence Microscope through its unique optical sectioning technology, which uses an electronic projected element for structured illumination. See for yourself: Learn More: https://lnkd.in/d9dKYpVC #KEYENCE #Fluorescence #Microscopy #StructuredIllumination

There are plenty of #SuperResolution #Microscopy techniques to choose from, but how many are photon budget-friendly and applicable at depths greater than 100 µm? The Nikon Spatial Array Confocal (NSPARC) detector brings the power of #ImageScanningMicroscopy to our AX / AX R #Confocal system, providing a robust option for super resolution in complex 3D samples. Learn more: https://bit.ly/41io5q7

👩🏫 This is a real Nobrainer: brighter images with Clean-Pulse technology! 💡 In two-photon microscopy, peak-power is brightness! If you care for the best image brightness, you need short pulses, high power, and most importantly a clean temporal pulse shape. With its robust and compact design, the FemtoFiber ultra 920 is an easy to operate and maintenance-free laser system. The laser system is a great solution for applications in non-linear #microscopy like #2photon excitation of fluorescent proteins and SHG based contrast mechanisms. Learn more: https://lnkd.in/dnimHEtj

Bet you didn't know today is #NationalPolkaDotDay😉 To celebrate, we are sharing this colorized SEM image of tin spheres created with Phenom ParticleMetric software. 🟠🟣🔵🟡 With ParticleMetric, you can analyze up to 1000 particles per minute and visualize large datasets at a level of detail beyond what is possible with optical microscopy. Learn more 👉 https://ow.ly/nTIN50QsHMs #ElectronMicroscopy #PhenomSEM #DesktopSEM #BenchtopSEM #TabletopSEM #ParticleAnalysis

It's #SpotlightSunday! Read Brynmor Davis' analysis of the #OPG_JOSA_A paper Image scanning microscopy with a doughnut beam: signal strength and integrated intensity https://ow.ly/KNHs50PYKOS "This article gives a clear characterization of the advantages of doughnut-illuminated ISM, and will be useful to anyone looking to understand the performance of the modality," says Davis. Istituto Italiano di Tecnologia #StructuredIllumination

Designed to provide stable illumination from 380 – 780 nm, Thorlabs’ new Xenon Arc Light Sources generate a broad spectrum that overlaps with common filter sets for biological imaging, including fluorescence microscopy. The SLS603 and SLS605 light sources couple light from the xenon lamp into the included LLG with a Ø3 mm or Ø5 mm core, respectively. The Ø3 mm light guide provides a beam with higher brightness, while higher total power is coupled into the Ø5 mm LLG. These light sources can be controlled using the front panel LCD or remotely via USB, allowing for continuous adjustment of light and independent toggling of the shutter state. Learn more at https://lnkd.in/eXaxBybq. #BroadbandLightSource #Fluorescence #Microscopy #LiquidLightGuide #XenonLightSource

Old Microscope can't do some of the new techniques? Thinking about a new microscope? Contact your Nuhsbaum Representative and see about an upgrade. Below is a Zeiss V8 with added pentafluor fluorescence turret; courteous of our representative. #stereomicroscopy #fluorescence #research #materialscience

Mshot upright LED digital display fluorescence module is paired with the Olympus upright microscope BX41. The fluorescence excitation is ready to use, the operation is easy and fast, the fluorescence observation brightness is high, and the signal-to-noise ratio is excellent. The LED digital display fluorescence module can be matched with upright biological microscopes with infinity optical systems of major brands such as BX41 and DM2500, allowing ordinary microscopes to realize fluorescence functions without changing the original light path of the microscope, and easily realize fluorescence observation functions for ordinary microscopes.

Confocal Raman #microscopy provides a unique opportunity for non-invasive investigation of transparent composite materials. Download this application note for an example of how the AIRsight infrared/Raman microscope makes depth profiling of mobile phone touch screens possible, facilitating visualization of the layered structure of touch screens to illustrate technology advances. https://lnkd.in/eigqhMf3 #raman #spectroscopy #shimadzu