This application note explores fluorescence in general and different suitable set-ups. It also gives insight into the theory of fluorescence spectroscopy.

Laser applications demand high levels of precision to ensure performance, consistency and reliability. Accurately measuring the properties of laser optics components is a crucial part of the manufacturing process: If you can’t measure it, you can’t make it! This four page review is designed to give a detailed overview of all major types of laser optics metrology.

The Ocean MZ5 is both a research tool and a core technology for integration into fully customized solutions for applications such as fuel monitoring and detection of food adulterants.

The surge of uses has forced an influx of technological advancements and interest in LIDAR sensors, driving down the cost and making it more accessible.

This technical presentation will introduce you to advances in continuously variable filters, especially in the areas of transmission and blocking. You will learn about the properties and performance of variable filters, and how they are being used to increase the robustness and affordability of instruments and cameras in the areas of hyperspectral imaging, spectroscopy, and fluorescence diagnostics. The presentation will also cover the range of filters that are available, and how to select the filter that is best for your application.

Does building your own OCT spectrometer really result in the clearest image? Creating a high-performance spectrometer for SD-OCT imaging requires a deep understanding of both OCT theory and spectrometer design. In this tech note, we'll explain the most important aspects, then model premium off-the-shelf lenses vs custom-designed optics to see how performance compares. The difference in performance will surprise you…

The first camera system with image intensifier technology that harnesses the full power of the sCMOS sensor

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.

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.

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.