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The effort began with a face shield design developed by Jim Donaldson, Genie Engineering Design Manager, Terex AWP. Donaldson explains, ?After watching a video about the types of medical equipment our hospitals needed, I thought we would be able to make the face shields that go over the N95 masks. I went to the store and bought a sponge, bungee cord and a poster that came packaged in a plastic tube. I cut up the tube to make the shield, and then I attached the sponges and bungee cord.?

Donaldson shared his idea with Matt Fearon, Genie President, Terex AWP, who agreed it was a concept worth exploring. Working with team members from project management, engineering and sourcing, the initial design was refined, and long-time supplier, Allegis Corporation, stepped in to source the materials necessary, even developing a custom tool to stamp out the shield shape.

?Our supplier really helped with moving this project forward ? and moving it forward so quickly,? Donaldson said. With the design updated, Fearon, Donaldson and a small team of engineers and project managers then met with representatives from Overlake Medical Center, located in Bellevue, Wash., to gain a better understanding of the hospital?s needs, feedback on the face shield design, as well as to determine if there were any other ways the Genie team could help.

The material the team has on hand should be enough to produce an initial 4,000 to 5,000 face shields for Overlake Medical Center. Whether the Genie team will produce more than the initial donation of face shields, will depend on availability of the material, as well as the need.

However, the team has found other ways to help. In addition to the face shields, the Genie team developed a process for manufacturing face coverings using material provided by the hospital and a heat-sealing process to create seams and pleats. ?Finding the material to create the bands that go over the ears was actually a real challenge due to the high demand,? explains Roger Bowie, Terex Business Systems (TBS) Manager. ?But the team thought through that problem until they had a solution, identifying a way to use material that was readily available to make fabric strips that could be used for ties.?

Genie engineers have used the company?s 3D printing capabilities to make some custom parts, which allowed critical hospital PPE to be put back into service quickly.