03.26.25 -- Monitoring Air Quality With SWIR, Measurement Of Optical Filter Spectra, Highly Precise Large Optics & More

Read how Mad City Labs demonstrated the capability to repeatably achieve a one-picometer movement with a piezo nanopositioner, and to accurately resolve that movement.

Imaging technologies are crucial for space exploration and CubeSats, enabling high-resolution Earth imaging, resource monitoring, disaster detection, and CubeSat performance enhancement.

The GHGSat’s microSat circles the Earth every 90 minutes, collecting infrared images. Find out how data from the microSat enables industries to monitor their own carbon dioxide and methane emissions.

Accurate measurement of optical filter spectra is critical due to the limitations of standard metrology techniques. Let's explore various measurement approaches to address these challenges.

Narrow dual band pass filters, designed and produced mostly for DWDM modules, improve a module’s total insertion loss by reducing the number of components used. 

Explore the applications and benefits of large precision optics that adhere to “high precision” quality standards and polishing up to 30 inches in diameter.