Growing consumer demand for new display types challenges inline color measurement production

Learn about six key trends in color measurement devices required to meet today’s consumer display demands.
1.Stand-alone Capabilities — A key improvement in the general spectroradiometer is the uncoupling of external computers from the measuring device. Now, spectroradiometers can measure spectral values on the device itself, and often using familiar interfaces like touch screens.
2.Miniaturization of Form Factor — The miniaturization of spectral measurement equipment is a key area of development. Miniature field spectroradiometers have an exceptional range of applications, not only on the manufacturing line where high speed color measurements are needed, but in other exotic areas, like in underwater remote sensing, or in greenhouse plant production.
3.Expanded Connectivity — While new devices are smaller and ready for more applications outside and inside the factory or laboratory, so follows the need to make connectivity more accessible. Color measurement devices are being equipped with new interfaces, including Bluetooth, NFC, USB, and WiFi, making them adaptable components in larger more complex systems.
4.Multi-channel Measurement Capabilities — Multi-channel spectroradiometers are some of the most advanced, capable of measuring multiple points in a single pass. Many are equipped with extended measuring capabilities into the near-infrared and ultraviolet bands. Multi-channel spectroradiometers have applications such as rocket motor exhaust efflux analysis or the examination of gun flashes that are beyond the capabilities of other spectroradiometers.
5.Custom Algorithms — Algorithms improve the capabilities of light and color measuring devices and help to analyze base measurements to produce properties such as irradiance, illuminance,chromacity, peak and dominate wavelengths, and much more. They can also be used in custom applications to overcome visibility challenges, for instance by applying custom algorithms to accurately detect aerosol in a given airspace.
6.AR/VR/MR Color Measurement Capabilities — Augmented Reality/ Virtual Reality/ Mixed Reality applications, collectively Near-Eye Display (NED) devices, have developed to serve many new applications, in medical, military, education, and more, and have entered into mass consumption. Adoption has embroiled the call for virtual experiences to match reality with greater fidelity, a key factor in devising spectroradiometers capable of measuring virtual images accurately.

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PR-788輝度計/色度計