Jon Zeigler

Jon Zeigler serves as the primary contracting lead for the Naval Supply Systems Command Weapon Systems Support Mechanism (NAVSUP WSS Mech), where he manages the acquisition of mission-critical mechanical, electrical, and electronic components essential to sustaining U.S. Navy weapon systems. His responsibilities encompass the full lifecycle procurement of high-reliability subsystems, including precision valve assemblies, bare printed circuit boards, current-carrying wiring devices, and industrial process control instrumentation. Zeigler ensures alignment with Navy readiness objectives by securing components that support maintenance, repair, and modernization of advanced naval platforms, with a focus on technical specifications requiring rigorous quality assurance and defense-grade compliance. He maintains consistent, long-term relationships with key defense contractors including Raytheon Company, AMD International Technologies LLC, and The Entwistle Company LLC, primarily engaging tier-one systems integrators and specialized manufacturers with proven expertise in military-grade electronics and mechanical subsystems. His contracting approach emphasizes proven performance, technical validation, and supply chain resilience, often favoring established vendors with heritage in defense applications and stringent MIL-STD compliance. Zeigler’s procurement portfolio reflects a strict preference for full and open competition, with 100% of awards issued under no set-aside classifications. This indicates a focus on technical capability and mission necessity over socioeconomic categorization, prioritizing performance and reliability over small business set-asides such as 8(a), HUBZone, or SDVOSB programs. His core technical focus lies in NAICS 334412 (bare printed circuit board manufacturing), 332919 (metal valve and pipe fitting manufacturing), and 335931 (current-carrying wiring device manufacturing), reflecting deep expertise in electronic subsystems, fluid control components, and industrial instrumentation. Zeigler’s work directly supports the sustainment of combat-critical systems requiring precision engineering, thermal stability, and electromagnetic compatibility under extreme operational environments.