EPS GROUP, LLC

EPS GROUP, LLC specializes in the design, integration, and support of advanced electronic components and systems, leveraging deep technical expertise in precision manufacturing and embedded systems development. As a Women-Owned Small Business certified under the SBA’s 8(a) program, the company brings a disciplined approach to meeting stringent federal specifications for electronic assemblies, test equipment, and control systems. Their core capabilities include circuit board fabrication, signal conditioning, firmware integration, and compliance with MIL-STD and DO-160 standards, with a focus on reliability-critical applications in defense and aerospace environments. The firm differentiates itself through agile engineering workflows, rigorous quality control protocols, and a commitment to small-batch, high-integrity production suitable for low-volume, high-complexity government programs. While award history is not available to identify specific agencies or programs, EPS GROUP, LLC’s primary NAICS classification of 334513—Electronic Component and Product Manufacturing—indicates a focused presence in the defense, aerospace, and homeland security supply chains. The company supports mission-critical systems requiring certified manufacturing processes, including those governed by AS9100 and IPC-A-610 standards, positioning them as a trusted niche provider for specialized electronics in regulated federal markets. Structurally, EPS GROUP, LLC operates as a small, woman-owned business based in New Castle, Indiana, with a lean, responsive organizational model optimized for rapid prototyping and customized production. Their certifications as a Women-Owned Small Business and Woman-Owned Business enhance their eligibility for set-aside contracts and underscore their role in promoting diversity within the federal industrial base. The company’s geographic footprint and operational scale reflect a strategic alignment with regional defense suppliers and federal subcontracting networks, emphasizing quality, agility, and regulatory adherence over volume.