COMPOTECH INC

CompoTech Inc. specializes in the design, development, and manufacturing of advanced laminated plastic components and modular shelter systems for defense applications. The company combines precision polymer manufacturing with applied R&D to deliver rugged, field-deployable structures, including collapsible shelters, production crates, and climate-resistant temporary facilities. Their technical expertise spans additive manufacturing, panelized construction, materials engineering, and rapid prototyping of high-strength polymer laminates, with a focus on lightweight, all-weather, off-grid solutions tailored for tactical and sensitive compartmented information environments. CompoTech differentiates itself through its dual capability in both high-volume production of certified plastic shapes and iterative R&D of next-generation modular systems, enabling seamless transition from concept to fielded hardware. The company maintains a consistent and deep relationship with the Department of Defense, delivering both production-grade hardware and research-driven prototypes across multiple branches. Their work supports expeditionary logistics, field operations, and secure communications infrastructure, often under SBIR programs that emphasize innovation in deployable shelter technology and materials resilience. CompoTech’s primary industry focus lies in laminated plastics manufacturing and applied physical sciences R&D, where they translate material science advancements into mission-critical defense components. They are positioned as a niche provider of engineered polymer solutions for military enclosures, protective systems, and modular infrastructure, bridging traditional manufacturing with cutting-edge R&D. As a small business headquartered in Brewer, Maine, CompoTech operates as a 2L entity without federal certifications. Their geographic footprint is centered in New England, with a focused presence in the defense industrial base, serving specialized DoD requirements through agile, engineering-driven production and development cycles.