Resisting the Heat with Thermal Spray Robotics
Thermal spray is a process that has been around since the 1900s, and started to gain ground when NASA needed to figure out a way to protect their space vehicles when reentering the Earth’s atmosphere. Scientists found the process of coating the craft with high temperature metals or ceramics made the vehicle more heat resistant during the reentry process. As the new industrial revolution brought robotics to the forefront of manufacturing, manufacturers realized that robotic thermal spray was a more efficient coating process, and began to automate this important application.
Thermal spray robots do not only work for NASA though. The thermal spray robotic process can be applied to many products that need to be protected from corrosion and can benefit from being heat resistant. The aerospace industry as a whole uses the thermal spray process for many of their vehicles, and the ability to automate that process with robots has saved time and money.
According to an article by ABB Robotics, before robotic thermal spray came on the scene, the process was labor intensive. Once the demand for thermal spray products began to increase, it was only natural that robots began to take over to speed up the process and keep up with the demand. Because of the high temperatures and the risk to the operator, automating with robotic thermal spray systems is also a way for manufacturers to improve the safety of their process.
Overall, thermal spray robots are a win-win for the aerospace industry. They provide a consistent, efficient way to coat their vehicles in a way that improves safety and also saves money for the company.
Would you like to learn more about robotic thermal spray technology? If so, then you should contact RobotWorx today. RobotWorx is a certified integrator for several different robotics companies, including ABB, FANUC, Motoman, and KUKA. Our staff will work with you to make sure you get the right thermal spray system to fit your application and budget.