PARAGON DIE & ENGINEERING CO

PARAGON DIE & ENGINEERING CO specializes in precision tooling, die design, and engineered manufacturing solutions for mission-critical industrial and defense applications. Their core capabilities include the development of custom dies, molds, and jigs using advanced CNC machining, EDM, and precision grinding techniques. The company excels in high-tolerance component fabrication, tool steel heat treatment, and rapid prototyping for complex metal forming operations. Technical expertise spans GD&T interpretation, tool life optimization, and lean manufacturing systems, with a focus on delivering repeatable, high-volume production solutions under stringent quality controls. Their differentiation lies in in-house engineering integration—bridging design intent with manufacturability—enabling clients to reduce lead times and improve part consistency in demanding environments. Award history is not available to confirm specific agency engagements, so no definitive agency experience can be inferred. Similarly, without contract data, no patterns of recurring federal partnerships or mission-specific work can be identified. The primary NAICS code 333514 corresponds to Industrial Machinery Manufacturing, indicating a focus on the design and production of specialized machinery and tooling systems rather than end-use products. In practice, this positions PARAGON as a supplier of critical enabling hardware for sectors requiring precision metal forming, including automotive, aerospace, and defense subcontracting chains. Their market positioning is that of a niche, technically driven fabricator serving as an extension of engineering teams needing reliable, high-precision tooling support. PARAGON DIE & ENGINEERING CO is a small, locally based business structured as a 2L entity, operating from Grand Rapids, Michigan. The company holds no federal certifications such as 8(a), HUBZone, or WOSB, and its operations appear centered on direct technical execution rather than certified contracting programs. Its geographic footprint is regional, with services likely delivered to nearby industrial and defense supply chain partners through direct contractual relationships.