CUPERTINO — Apple announced it is awarding $10 million from its Advanced Manufacturing Fund to COPAN Diagnostics, a Murrieta-CA maker of sample collection kits that play a critical role in COVID-19 testing. This funding will allow COPAN Diagnostics to rapidly accelerate their supply of sample collection kits for hospitals across the United States, expanding production from several thousand today to more than one million kits per week by early July. As part of this effort, Apple will support COPAN Diagnostics’ expansion to a new, larger facility in Southern California, with advanced equipment that Apple is helping design. This expansion is expected to create more than 50 new jobs.
“We feel a deep sense of responsibility to do everything we can to help medical workers, patients, and communities support the global response to COVID-19,” said Jeff Williams, Apple’s chief operating officer. “COPAN is one of the world’s most innovative manufacturers of sample collection kits for COVID-19 testing, and we’re thrilled to partner with them so they can expand as we work to address this critical issue for our nation. I couldn’t be prouder of our teams for bringing all of their energy, passion, and innovative spirit to supporting the country’s COVID-19 response.”
Apple is sourcing equipment and materials for COPAN Diagnostics from companies across the US, including equipment Apple is helping design from K2 Kinetics, based in York, PA, and MWES in Waukesha, WI.
COPAN is a global player in the field of specimen collection and preservation for infectious disease diagnostics. The company’s sample collection kits have revolutionized the diagnostic industry and play a critical role in the COVID-19 testing process. The company’s unique quantitative approach to pre-analytics led them to invent flocked swabs in 2003, a revolutionary device comprising of a molded plastic applicator stick that has variable tips coated with Nylon fibers allowing for quick uptake and complete elution of the sample. COPAN’s UTM is the leading transport medium for collection, transport, preservation, and long-term freeze storage of clinical specimens containing viruses.