Eliminating Particulate Contamination in Aircraft Paint Lines via Infrared Curing
If you’ve spent any time on an aircraft manufacturing floor, you know the headache of convection ovens. They work by blowing hot air everywhere....
Precision IR Heating for Aircraft Cable Harness Heat Shrink Processing
Getting Heat-Shrink Right on Aircraft Cable Harnesses When you’re shrinking sleeves on aircraft wire bundles, there’s no such thing as...
Scaling UAV Production via Custom Shortwave Infrared Thermoforming Systems
Stop Waiting on Your Ovens: A Better Way to Build Drones If you’re trying to pump out 10,000 drones a month, you’ve probably realized that...
Implementing Infrared Rapid Heating for Aircraft Fuselage Pre Painting Dehydration
Stop Waiting on Your Fuselage to Dry If you’re painting an aircraft fuselage, you know the drill. The surface has to be bone-dry. If even a tiny...
Using Shortwave Infrared Lamps for Rapid Aircraft Paint Stripping
A Faster Way to Strip Aircraft Paint Using Shortwave IR Most shops treat infrared lamps like giant hair dryers—they use them to cure a finish or dry...
Optimizing Aviation Paint Curing with Mobile IR Heating and Quartz Sleeves
Getting Rid of Paint Blind Spots on Giant Aircraft Let’s be honest: curing paint on a massive transport plane is a total nightmare. The shape of these...
Impact of Infrared Curing on Aircraft Coating Impact Resistance
Why IR Curing Actually Matters for Aircraft Coatings We use short-wave infrared (IR) lamps to dry our aerospace coatings. Now, on the surface, it...
Engineering Seamless Infrared Lamp Arrays for Large Scale Rocket Fairing Curing
Getting the Heat Right: How We Cure Giant Rocket Fairings When you’re curing a rocket fairing, the biggest nightmare is a “cold...