Development and deployment of advanced robotic HVOF and plasma coating systems tailored for aerospace, defense, and medical components. The robotic coating systems enabled the successful application of various surface enhancements that were previously unattainable through manual methods. Thermal Barrier Coatings (TBCs) allow military jet engines to operate at higher temperatures, preventing rocket cones and satellite thrusters from overheating while also reducing weight—an essential factor for space travel. Additionally, the implementation of chrome replacement coatings for aircraft is contributing to the global effort to minimize harmful chrome vapors released into the atmosphere.

Robotic X-Ray Imaging Systems are revolutionizing how global leaders search for energy resources. Unlike conventional perceptions of underground oil reservoirs, the majority of oil is trapped within hard rock formations, much like a sponge, with up to 60% of a site's total oil content embedded in the rock. Our advanced robots meticulously scan drill cores multiple times, providing clear insights into the precise locations of oil, natural gas, and water within these cores, which can be retrieved from depths of up to 10,000 feet and scanned under actual ‘downhole’ conditions. Based on their evaluations, the robots determine the optimal timing and locations for drilling operations. Considering that moving and resetting a drilling platform can cost nearly $1 billion, the potential savings, along with the ability to recover “stuck” oil, have a profound impact on global oil prices.