Sherry Laboratory Earns Lockheed Martin Approval

0
927

Sherry Laboratories’ metallurgical testing laboratory in Broken Arrow, Oklahoma, has earned approval as a Lockheed Martin supplier. As a result the facility is approved to perform all testing for Lockheed Martin that falls under the laboratory’s A2LA and Nadcap certifications. “This achievement demonstrates our commitment to constantly strengthen our ability to serve our growing portfolio of aerospace customers,” says Patrick Joffe, quality assurance manager. “After many years of working to gain Lockheed Martin approval, Sherry Laboratories’ Broken Arrow laboratory was successfully audited with no nonconformances.”

The approval adds to an already impressive list for the Broken Arrow facility. In addition to being Nadcap, A2LA, and PED accredited, other notable approvals include Boeing, Bizjet, Cessna Aircraft Company, Crosby Group, GE Aviation, Gulfstream, Hilti Group, Honeywell, NORDAM, Raytheon, Sabreliner, Taylor Forge Engineered Systems, Pratt & Whitney PSD, Pratt and Whitney Autoair, and Tyco Flow Control.

Sherry Laboratories in Broken Arrow provides metallurgical and nonmetallic testing services as well as failure analysis and reverse engineering for clients in a variety of industries including aerospace, defense, oil and gas, nuclear, and metal distribution. Lockheed Martin is a global security company providing aeronautics, electronic systems, information systems, and space systems.

Headquartered in Daleville, Indiana, Sherry Laboratories is a network of 10 testing laboratories located in Indiana, Oklahoma, Louisiana, and Texas. In addition to metallurgical and nonmetallic testing, Sherry provides independent and uniquely accredited air, environmental, food, microbiological, bioassay, hydrocarbon and petrochemical testing services, and engineering expertise. Established in 1947, Sherry maintains an impressive list of accreditations and approvals, and serves clients across the United States and throughout the world. Learn more at www.sherrylabs.com.