|Thin-Film Interference Filters for LIDAR by Alluxa 26 Jul 2018|
LIDAR is becoming more efficient, affordable, and accessible than ever. Recent technological advancements have seen dramatically increased accuracy and resolution, even in systems that are small enough to be discretely hidden within the side mirrors of self-driving cars. Thin-film interference filters have kept up with the technology through state-of-the-art design and coating techniques, advanced measurement systems, tight uniformity control, and minimal thermal dependence. For any LIDAR instrument, Alluxa’s high performance interference filters will maximize signal-to-noise ratio and system performance.
|Avantes Application Note: Environmental Sciences 31 May 2018|
Ecosystems around the world face growing threats from industrialization,growing populations, and increasing urbanization. Climate changes also wreak havoc on emerging economies and have health and social implications. Not surprisingly, researchers, scientists and governments are investigating tools for monitoring and preventing these environmental hazards.
|Introducing a Novel Spectral Analysis System for Measuring High-Performance Thin-Film Optical Filters 01 Mar 2018|
Alluxa has developed a custom spectral analysis system that is capable of accurately measuring the highest-performance optical filters, while still being robust enough for use in a high-volume manufacturing setting. The HELIX System is an essential tool for evaluating true optical filter performance, guaranteeing that Alluxa's filters will meet and exceed the demanding requirements of even the most advanced systems.
|The Eyes Of The Instruments: Using Optical Filters To Observe And Measure Earth From A Different Perspective 07 Nov 2017|
Optical filters provide single band and multi-spectral wavelength selectivity to these instruments, serving as “the eyes of the instruments”.
|Choosing the Right Lens: When round must become square 26 Sep 2017|
Putting effort into selecting the right lens, will allow you to leverage the full potential of your camera's image sensor and is also one of the first tools of data reduction and system simplification, key points to building any solution. There are 5 key factors to consider when selecting the best lens for your application. Discover these criteria in this new whitepaper.
|New Scientific CMOS Cameras with Back-Illuminated Technology 06 Sep 2017|
New Scientific Back-Illuminated CMOS Cameras Boost Imaging and Spectroscopy Applications
|Introducing the first PerfectLensTM aspheric achromat that is designed to be diffraction limited from the UV through the NIR. 01 Sep 2017|
Employing the PerfectLensTM technology platform that produces the highest precision molded glass lenses in the world and the talent of Archer OpTx’s world class optical designers, Archer OpTx is offering the laser industry its most optimal optic yet.
|High Power, High LIDT Laser Optics 13 Jul 2017|
Understanding high power laser optics
|Conoscope Lens for Viewing Angle Performance Measurement 31 May 2017|
Evaluating Viewing Angle Performance of Displays Using Radiant’s New Conoscope Lens