12.11.23 -- How Hyperspectral Imaging Transforms Environmental Monitoring

Thermal processes are key in many industries for tasks like melting, forming, and drying. Effective cooling monitoring is crucial after heating to ensure safety during subsequent steps or storage.

Explore advanced spectral instruments and light sources for the telecommunications and fiber optic sensing industries, with more than 35,000 units deployed around the globe.

Thoughtful design and substrate selection are vital to minimize substantial shifts in interference filter spectra due to temperature fluctuations.

Our world is increasingly monitored with sensors and detectors measuring things like air quality and IoT. Discover how this technology helps us better understand and interact with our environment.

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.

Imaging technology, such as drones and machine vision, aids in pest detection, plant monitoring, and automated harvesting, improving crop yields and sustainability.

Explore the impact of Canon Intelligent Noise Reduction (Canon INR) on pediatric digital radiography dosing protocols and its potential to mitigate risks associated with ionizing radiation.

Non-contact sensing is invaluable in applications where measurements may be rendered imprecise by slippage and poor speed management or equipment or products may be damaged by contact.

Explore how a custom-integrated solution helped a biopharmaceutical company meet strict government regulations while optimizing the performance and accuracy of their fill and finish measurements.