Solid State Stamping, Inc. PO Box 2620 Temecula, CA 92593 Phone: 909-676-6100 Fax: 909-676-3484 E-Mail: sales@sss-i.com    Founded in 1977, Solid State Stamping, Inc. is the world leader in wire connector pin technology, manufacturing a wide variety of precision made connector pins, contacts and other stamped parts for electronic applications in the automotive, electronic and telecommunications industries. Solid State Stamping produces more than 1.8 billion parts each year in a wide variety of designs and sizes, both plated and unplated, including precision metal parts for automotive connectors and other automotive electronic contact applications such as engine control modules, antilock brake controllers and automotive sensors. Solid State Stamping’s products include male pin terminals from round or square wire with formed or machined tips, nailhead contacts for wire bond applications, lead frames, snap domes for keyboards, special two-piece male wire terminals, blade terminals and other designs. Many of Solid State’s products and designs employ its exclusive upset technology. Some of the new component features from this technology are locking collars, wire-bond pads and surfaces, sealing collars and the mating of strip and wire components in a single operation. As a QS-9000 and ISO-9002 registered supplier, Solid State Stamping provides customers with quality precision stampings. Solid State Stamping’s highly skilled and experienced engineering team, tool designers, die makers and press operators, provide superior technical competence for very challenging contact solutions and designs. With approximately 105 employees, customer support services include technical training, participation in outsourcing strategies, on-site custom engineering support, prototyping capability, two Tool-and-Die Shops for customized dies, and flexible inventory management systems. Solid State Stamping’s Partnership Engineering policy emphasizes its commitment to customer communication at every step of the design and manufacturing process. To visit the Solid State web site, click here