Automated Microfluidic Primer Synthesis System Design

The contract seeks the design and integration of a man-portable, automated microfluidic system capable of synthesizing nucleic acid primers on-demand using chemistry that remains stable under field conditions. The system must be rugged, self-contained, and suitable for deployment in austere environments, enabling rapid molecular diagnostics without reliance on centralized laboratories or cold-chain logistics. Emphasis is placed on automation, reliability, and the use of field-stable reagents to ensure consistent primer production in resource-limited settings, particularly for military medical applications. The effort is structured as a subcontract under the Department of Defense, managed by the Army Medical Resources Acquisition Activity, with performance expected to occur in Frederick. The solicitation was posted on June 25, 2026, and proposals are due by July 24, 2026. The NAICS code 334510 indicates this work falls under the manufacturing of medical, dental, and laboratory equipment, underscoring the need for precision engineering, miniaturization, and compliance with medical device development standards. The goal is to deliver a deployable platform that transforms how nucleic acid-based diagnostics are supported in tactical and remote operational settings.