Boeing's 777x is on schedule for a February debut with the help of Electroimpact robots.

A 108-foot portion of a wing inside one of the Electroimpact-designed 777X wing assembly stations. The fixed-bed robot on tracks (in yellow) travels under the wing to do the drilling and filling. This is the wing of one of the first planes that will be delivered to an airline customer. (Mike Siegel / The Seattle Times)

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An Electroimpact Automated Fiber Placement (AFP) robot with an 8-tow AFP head was used for the build of the Boeing Phantom Express liquid oxygen propellant tank. This AFP robot utilizes Electroimpact’s patented accurate robot technology and has a suite of modular AFP heads that can be quick-changed on the robot to switch AFP materials and processes.

Madeline Oliver

Sean Kim

Electroimpact was featured in a Forbes article covering the history of EI.

Zieve invented an electromagnetic riveting method that he then adapted to large-scale machinery to assemble big aircraft assemblies, such as fastening wing panels to spars. His method was much more precise than the old manual processes and cleaner and quieter than the hydraulic equipment.

Electroimpact is proud to have been awarded the Best Performer Award for top level industrial performance at the Airbus 2018 Global Supplier Conference. "Electroimpact earned an award for its exceptional, proactive industrial performance during production ramp-up."