April 1, 2020
Three Erie companies will manufacture the shields, creating 5,000 every day
Bliley Technologies has partnered with researchers at Penn State Behrend and Case Western Reserve University to fulfill and distribute a face shield for medical professionals who are treating patients who have the COVID-19 virus. They expect to produce nearly 240,000 shields.
The Pennsylvania Department of Health has reported a critical shortage of protective gear for medical workers, including face shields and N-95 masks. The department has confirmed nearly 4,000 cases of COVID-19 in the commonwealth, with 38 deaths.
As the number of Pennsylvania cases increased, Jason Williams, an assistant teaching professor of engineering at Penn State Behrend, began to look at open-source designs for protective face shields. A colleague at Penn State’s University Park campus had asked Williams if one of the designs, which was configured for use on a 3D printer, could be adapted for injection molding. That would allow companies to scale up their production of the protective shields.
“We need to speed up the manufacturing process,” Williams said. “Our hospital and health-care workers desperately need these protective materials.”
A contact at Port Erie Plastics in Erie, PA linked Williams to Ian Charnas, director of innovation and technology at the Sears think[box] at Case Western. With help from Bill Rabbitt, an engineer at Nottingham Spirk, a Cleveland-based product design company, they modified an open-source design for a plastic face shield with a polypropylene frame and a rubber strap.
Their design creates a shield that is thinner, with components that can be cut on a rolling die machine. That reduces the cutting time from 30 seconds to less than one second.
The switch to a polypropylene frame creates even more efficiency: The original design was configured for a 3D printer, with a minimum build time of three hours per frame. Injection molding cuts that to less than 40 seconds.
The polypropylene also is easier to clean, making the shield safe to reuse. Headbands produced through traditional 3D printing can be sterilized only in a hydrogen peroxide vapor chamber. The new design can be sterilized in a medical autoclave, which is standard equipment in most medical settings.
Williams, Charnas and Rabbitt have created a website for their White Label Face Shields. They are making their patterns and downloads available to the public at no charge.
They also developed a supply chain that includes three Erie manufacturing companies: Port Erie Plastics, which is building the mold and molding the frames; Munot Plastics, which will produce the shields; and Bliley Technologies, which will manage logistics and distribution to the Erie, Cleveland and State College communities.
The R.C. Musson Rubber Company in Akron, Ohio, will make the rubber straps. Die Cut Products of Cleveland will supply additional clear shields.
“We put all of this together in a week,” Williams said. “We were able to move quickly because of our relationships with the manufacturing community and with ECGRA, which has shown a consistent commitment to seeking and supporting projects that move Erie forward.”
“Bliley is honored to play a role in quickly providing support and relief for those in need during these difficult times”, added Keith Szewczyk, CEO of Bliley Technologies.
For more information visit the official website https://whitelabelfaceshields.com/
Bliley Technologies is a worldwide leader in the design and manufacturing of low phase noise frequency control products. Privately owned and operated since 1930, Bliley Technology has been a stable source of quality frequency control products for over 85 years. Bliley researches and develops technologies that are the most innovative, highest quality and the most robust designs offered within the industry. Headquartered in Erie, Pennsylvania.
For more information, visit the company’s website at http://www.bliley.com.