API Precision Machining

API Precision Machining Inc. is an independent precision machining manufacturer with a heritage spanning nearly eight decades, tracing its origins to 1945 as Commerce Welding and Manufacturing, Inc. Founded by Charles S. Hejkal and Clarence Greiving, the company expanded in 1957 with the establishment of Aircraft Products, Inc., which quickly earne... d a stellar reputation for quality products and customer satisfaction across American and international markets. The company achieved significant recognition during the Apollo program era, contributing machined components to the Saturn/Apollo Program and earning a Supplier Award and Roll of Honor recognition from the Smithsonian Institute, alongside the Boeing Top Supplier Achievement Award. Throughout the 1980s and 1990s, Aircraft Products became a recognized leader in the telecommunications sector, receiving the E-Systems Supplier Achievement Award, Rockwell International Top Performance Supplier designation, and the Alcatel Achievement Award. The company transitioned into the new millennium with renewed involvement in the space program, manufacturing precision parts for the NASA International Space Station. In 2003, following a ownership realignment that brought in Karen Hejkal Lynch as a partner, the company was renamed API Precision Machining Inc. to reflect the expanding diversity of its product portfolio and customer base. API Precision Machining holds ISO 9001:2015 certification, achieved in 2003 and maintained through current revisions, demonstrating its commitment to quality management standards. The company is certified as a Women Business Enterprise by the North Central Texas Regional Certification Agency and holds Historically Underutilized Business certification with the State of Texas. With expertise spanning aerospace, telecommunications, space exploration, and energy sectors, API Precision Machining Inc. continues to deliver complex machined components to demanding industries requiring precision, reliability, and proven quality performance.Read More