OMNIEON LLC

BARRY, GEORGE specializes in the precision manufacturing of mission-critical electronic and thermal components for defense systems, with deep expertise in electromagnetic shielding gaskets, airflow baffles, and passive electronic components. The contractor delivers engineered solutions for RF shielding, thermal management, and signal integrity in harsh operational environments, focusing on capacitors, resistors, inductors, and custom-formed metal gaskets that meet stringent MIL-SPEC and military environmental standards. Their technical proficiency lies in material selection for EMI/RFI suppression, precision stamping and forming of conductive elastomers, and integration of airflow control components into electronic enclosures and cooling systems, ensuring reliability in aerospace, naval, and ground-based defense platforms. The contractor maintains a consistent relationship with the Department of Defense, supplying components critical to radar systems, communications hardware, avionics enclosures, and electronic warfare equipment. Their work supports sustainment and modernization efforts across multiple defense domains, with a clear focus on replacing legacy parts and enhancing component durability under extreme thermal and electromagnetic stress. Industry focus centers on NAICS 334416 for passive electronic component manufacturing and 333415 for industrial thermal control systems, positioning the contractor as a niche supplier of integrated electronic and mechanical subsystems for defense electronics. They serve as a Tier 2 or Tier 3 supplier to prime contractors requiring high-reliability, low-volume, custom-manufactured parts with tight tolerances and rigorous quality control. As a small business structured as a 2J entity based in Ventura, California, BARRY, GEORGE operates without federal certifications but leverages localized manufacturing agility and technical craftsmanship to meet urgent defense supply chain needs. Their geographic proximity to defense hubs on the West Coast supports rapid prototyping, iterative testing, and responsive delivery for time-sensitive military programs.