Which NIST-traceable lamp is right for you?
OL 455-SA: Improving Productivity & Calibration Performance
Since 1970, Optronic Labs has been an industry leader in developing and supplying NIST-Traceable standards. In keeping with our reputation, the OL 455-SA Sphere Source provides consistent, accurate, repeatable calibration of microphotometers, image intensifiers, telephotometers, and imaging spectroradiometers for photometric, radiometric, and spectroradiometric response. With its innovative design features, the OL 455-SA significantly improves performance and productivity. OL 455-SA…
IEC 62471 Compliance Testing
IEC 62471 Compliance Testing Optronic Laboratories’ spectroradiometric work stations allow you to assess the photobiological hazards of lighing in accordance with IEC 62471. Full traceability is maintained while rapidly changing between radiance and irradiance collection modes over the entire 200 – 3000 nm spectral range. Call 407-422-3171 or email today to learn more about our IEC 62471 compliance testing solutions!
IoT Functionality in Luminaires Might Be the Way of the Future
For some time now, the capability of light cells to distribute power and connection to IoT-based (Internet of Things) devices has been clear. Predictions and theories no longer seem like idle chatter as fully-functional LED units are now showing proof of concept and are capable of connecting IoT devices. LED units such as these made…
Product Spotlight: OL 458-4 White LED-based Calibration Standard
Deriving from our high expectations, the OL 458-4 White LED-based calibration standard is an elite measurement unit. This fixed luminance sphere was created to provide hyper-accurate optical readings for a wide array of instruments. Those instruments include, but are not limited to: Micro and Telephotometers Image intensifiers Imaging photometers and colorimeters intended for photometric, radiometric,…
Can Light be Turned Upside Down?
When optical scientists talk of turning light upside down, they aren’t merely thinking of hanging a light bulb in a garage. A more accurate description of this technique would be: the intentional subversion of the hyperbolic metasurface from which light pushes outward. Of course, that’s not really clear either. Optical science and calibration standards are…