Zero Deformation Infrared Curing for Ultra Lightweight Satellite Reflectors
When you’re curing ultra-lightweight satellite antennas, you’re basically in a boxing match with gravity and heat. The problem is these...
Shortwave Infrared Heating for Carrier Based Aircraft Refinishing in High Humidity Environments
Fixing Planes on a Carrier Deck: Why We Use Shortwave IR If you’ve ever spent time on an aircraft carrier deck, you know it’s a nightmare for paint....
Implementing Infrared Heating for Low Earth Orbit LEO Commercial Spacecraft Assembly Lines
Getting LEO Spacecraft Assembly Lines Up to Speed with Infrared If you’re building commercial spacecraft for Low Earth Orbit, you know the...
Replacing Autoclave Cycles with In Situ Infrared Curing for Aircraft Composites
If you’ve ever worked in aircraft part manufacturing, you know the nightmare of the autoclave. It’s a massive bottleneck. You’ve got these expensive...
Replacing Autoclave Cycles with In Situ Infrared Curing for Aircraft Exterior Paint
Stop Waiting on the Autoclave: A Better Way to Cure Let’s be honest: waiting for an open autoclave slot is a nightmare. It’s the ultimate production...
Reducing Coating Contamination in Spray Booths via Infrared Radiators
Stop Letting Your Oven Ruin Your Paint Job If you’ve ever pulled a part out of the oven only to find those annoying little pinholes or a rough...
Optimizing Localized Drying of Aircraft Liveries via Infrared Bandwidth Control
Getting Aircraft Markings to Dry Without Ruining the Plane When you’re drying logos or livery on a plane, you’re basically walking a...