Events/Tradeshows

Electro-Optical & Circuit Board Assemblies

The UNICOR/FPI Electronics Group has the nationwide facilities and well-trained staff to manufacture electro-optical and circuit board assemblies, and electrical connectors for a wide range of military, agency and commercial applications. Our technicians can produce, install and package these products to your exacting requirements for quality, reliability, cost-effectiveness and on-time delivery.

UNICOR/FPI's capacity for surge production of these precision electrical and electronic products is proven by programs, such as the Patriot missile, SINCGARS radio and tank control systems, to meet military needs overseas and greater security requirements at home.

Our electro-optical and circuit board assemblies, and electrical connectors are used around the world and have broad applications in missile guidance, tactical combat and emergency communications, radar, and avionic and submarine control systems.

Electro-Optical Assemblies

UNICOR/FPI is highly proficient in electrical and fiber optic cable convergence technology, which is used in applications requiring faster transmission of signals over longer distance and with less weight. Our electro-optical cable assemblies are used in avionic and missile controls, submarine navigation, and tactical observation and targeting systems in fighter jets, helicopters, tanks and other armored vehicles.

Our expertise in manufacturing electro-optical assemblies is proven in numerous programs, such as the Bradley eye-safe laser rangefinder and the Patriot missile guidance system. Our assemblies must perform in an environment of large temperature swings, severe pressure changes, hostile gasses, airborne particles and intense shock.

Noted for our consistent quality and ability to deliver on an aggressive schedule, UNICOR/FPI has the capacity to manufacture precision, fully tested electro-optical equipment that is compact, light in weight and reliable even under the most adverse conditions. UNICOR/FPI also is expert at customizing electro-optical assemblies in a wide variety of configurations, and with almost any converter and connection.