It is called i1Publish and is shipped with a USB dongle that carries the full license set for i1Profiler. If you already purchased an i1Pro 3 or i1Pro 3 Plus hardware-only device, you can also purchase i1Profiler software as a standalone product. i1Profiler runs on Mac and Windows workstations and supports all current operating systems. The product configuration you choose dictates which functions will be licensed. This means your device acts as a dongle to unlock functions. The i1Pro 3 hardware carries the license for the i1Profiler software. I1Profiler software comes bundled with the i1Pro 3 and i1Pro 3 Plus measuring devices. It’s a suite of tools that create high-end profiles for all types of input and output devices, including conventional and digital RGB, CMYK, and CMYK+ (up to 4 additional colors) printing systems on a wide range of printing substrates so you can trust your color on any device. X-Rite’s ICC profile generation tool is called i1Profiler. ICC profiling gives them a common language so they can share color data.Ĭhoosing a Solution to Create ICC Profiles The same is true with the printer and press, which are likely using CMYK. Although the camera and monitor are both RGB, they use different means to reproduce this color. For example, each of these devices has a drastically different color formula for reproducing this color. Next you need to create ICC profiles to ensure they're speaking the same language. To achieve a color managed workflow, you need to calibrate your devices and create an ICC profile for every component, including the camera, monitor, projector, scanner, and printer.įor the best color results, you need to calibrate each device that is contributing to your workflow to ensure it is accurately reproducing color. NEXAFS is sensitive to local atomic states such as oxidation states.ICC color management means having a workflow that is predictable, consistent, and repeatable from capture through proofing to final output. The NEXAFS region close to the absorption edge shows the largest variations in the x-ray absorption coefficient and is often dominated by intense, narrow resonances caused by the transition of core electrons to non-bound levels. Our product portfolio includes integrated XAS systems both for near and extended energy regions of an absorption edge. Monochromator for laboratory VUV sources. Excellent wavelength accuracy by closed-loop positioner. Two modes of operation: high-efficiency no-slit and conventional entrance slit mode.Ĭompact VUV monochromator and spectrometerĮasy-to-use monochromator for 80-300nm spectral range. Highest spectral resolution available in a flat-field XUV spectrometer. High-resolution flat-field XUV spectrometer Integrated stray light suppression for increased signal-to-noise. Compact device covering a broadband spectral range. Of spectral region increase lab efficiency substantiallyĬompact high-efficiency flat-field XUV spectrometerįlat-field spectral coverage of 30-250nm in no-slit configuration for up to 20-times higher efficiency. Wide flat-field coverage in 1-200nm and automated switching Makes it a complete characterization tool for any XUV source. Maximum light collection and highest system efficiencyĪvailable in an XUV spectrometer. High-efficiency flat-field XUV spectrometer and beamprofiler High-efficiency flat-field VUV spectrometer and beamprofilerĪ complete characterization tool for any VUV source, combiningĪ high-efficiency spectrometer for 40-200nm and a beamprofiler.Īutomated switching of spectral region and plug-and-playĮxtension options to shorter XUV wavelengths give increased Closed-loop grating positioning provides excellent wavelength accuracy. Versatile spectrometer covering 80-300nm spectral range with optional monochromator mode.īest-in-class grating efficiency.
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