Delivering key design, manufacturing, and metrology steps in-house for Electro-Optical & Infrared Systems (EO/IR), Spectral Imaging, and Free Space Optical Communications.
Experience the Benefits of Corning Precision for Remote Sensing
Experience the Benefits of Remote Sensing
At Corning, we are a vertically integrated electro-optic system supplier, delivering all key design, manufacturing and metrology steps in house with a practical design approach.
This includes: optical component, precision integrated optical benches, system assemblies, integration, and test and qualification.
Add a leading diamond turning, coating, and machining facility in Keene, New Hampshire specializing in aluminum fabrication, and our customers can benefit from optical solutions with a lighter payload, at a lower cost as compared to silica-based mirrors.
The result? Corning delivers industry-leading size, weight, power, and cost (SWap-C) with oftentimes shorter development times for infrared applications, multispectral, and hyperspectral systems.
See the Unseen with Corning Hyperspectral
See the Unseen with Corning Hyperspectral
The human eye can only see light waves with wavelengths between 450-700 nanometers, a very narrow slice of the electromagnetic spectrum. In comparison, Corning hyperspectral sensors cover the full spectral range from 400 to 2,500 nanometers, including infrared and ultraviolet light waves with a single sensor solution. And by isolating the distinctive spectral "fingerprints" left by materials like water, methand, or a corn crop, your Corning hyperspectral sensor can bring unprecedented precision to the hunt for specific materials. Explore our full commercial hyperspectral product line and solutions to find out how.
Range: 400-1,000 nm
microHSI™ 410 SHARK
microHSI™ 410 SHARK
This Selectable Hyperspectral Airborne Remote Sensing Kit (SHARK) is an integrated coherent hyperspectral imaging (HSI) sensor system designed specifically for integration with highly compact unmanned aerial vehicles (UAVs) and cost efficient drones.
This Selectable Hyperspectral Airborne Remote Sensing Kit (SHARK) is an integrated coherent hyperspectral imaging (HSI) sensor system designed specifically for integration with highly compact unmanned aerial vehicles (UAVs) and cost efficient drones.
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Range: 400 - 2,500 nm
microHSI™ 425 SHARK
microHSI™ 425 SHARK
First commercially available single-sensor hyperspectral solution covering from the ultraviolet to the near infrared. Optimized for space, airborne, industrial, and scientific applications, all in a miniaturized, lightweight hyperspectral imaging sensor package.
First commercially available single-sensor hyperspectral solution covering from the ultraviolet to the near infrared. Optimized for space, airborne, industrial, and scientific applications, all in a miniaturized, lightweight hyperspectral imaging sensor package.
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Environmental
Environmental
Our sensors are helping a team of researchers from the State University of New York identify harmful algae blooms in lakes across the state. Lake managers use the data to mitigate the blooms at the source and prevent them from reoccurring.
Our sensors are helping a team of researchers from the State University of New York identify harmful algae blooms in lakes across the state. Lake managers use the data to mitigate the blooms at the source and prevent them from reoccurring.
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Precision Agriculture
Precision Agriculture
Scientists are using Corning hyperspectral sensors to characterize the impacts on vegetation of specific stress inducers.
Scientists are using Corning hyperspectral sensors to characterize the impacts on vegetation of specific stress inducers.
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Mining
Mining
Many minerals have defined spectral response with specific absorption feature(s). Corning hyperspectral sensors can identify these spectral signatures at the source.
Many minerals have defined spectral response with specific absorption feature(s). Corning hyperspectral sensors can identify these spectral signatures at the source.
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Industrial and Defense
Industrial and Defense
Gas leaks are difficult to detect using today’s technology, so Orbital Sidekick turned to the Corning microHSI™ 425 GHOSt Constellation Sensor to detect invisible traces of methane gas from space.
Gas leaks are difficult to detect using today’s technology, so Orbital Sidekick turned to the Corning microHSI™ 425 GHOSt Constellation Sensor to detect invisible traces of methane gas from space.
Read MoreCorning's Proprietary Spectrograph Technology Reveals More Insights
Enabled by a proprietary Corning spectrograph, Corning hyperspectral sensors break incoming light from a single material into its component colors – similar to a prism – using high-fidelity, diamond-turned mechanical slits and gratings. In Corning’s commercial hyperspectral product line, customers can uncover insights from the ultraviolet to the near infrared with just one sensor.
Corning Remote Sensing
Ready to learn more? Contact our team.
Ready to learn more? Contact our team.
We'll help you make your next project a reality with the right products and solutions.
We'll help you make your next project a reality with the right products and solutions.
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