A client from the aerospace industry came to THE LAB looking to heat graphite discs of variable sizes. They needed to heat the discs to 200 °F (93 °C). This was a new process for the customer and they wanted THE LAB to help them prove out their application. 

An aerospace client approached THE LAB at Ambrell with a brazing application. They tried using an oven and a torch for brazing their steel nozzle assembly, but were seeing inconsistent results. This was a low volume application, so heating time wasn't a concern. However, the location of the desired braze joint was shielded from the induction field by the lip of the nozzle, which complicated the process. 

A client from the aerospace industry came to THE LAB at Ambrell looking to upgrade their current induction system. The application involved brazing a steel assembly. They liked induction's speed and repeatability, but wanted to take advantage of the latest induction technology. Consequently, they turned to THE LAB to prove out their process on a modern Ambrell induction heating system.

Manufacturers in the aerospace industry face two primary challenges: advancing materials performance and application to deliver ever-increasing product quality. Induction is the preferred technology for shaping future material capabilities in the aerospace sector.