SPACE OPTICS RESEARCH LABS, LLC

SPACE OPTICS RESEARCH LABS, LLC specializes in the design and precision manufacturing of advanced optical components for defense applications, with deep expertise in off-axis parabolic mirrors, laser beam expanders, and custom optical subsystems. The company leverages high-precision machining and optical fabrication techniques to produce non-standard, mission-critical components such as concave off-axis parabolic mirrors and off-axis laser beam expanders, ensuring alignment accuracy and wavefront integrity under demanding environmental conditions. Their technical focus centers on custom optical metrology, surface figure control, and alignment-tolerant optical system integration, serving applications requiring diffraction-limited performance in compact, ruggedized form factors. Differentiators include the ability to engineer and manufacture complex aspheric and non-coaxial optical elements that are difficult to source through conventional suppliers, enabling unique system architectures in electro-optical and laser-based defense systems. The contractor has established a consistent relationship with the Department of Defense, delivering specialized optical hardware for advanced sensing, targeting, and directed energy systems. Their work supports programs requiring high-stability, low-wavefront-distortion components, often integrated into mobile or airborne platforms where space constraints and thermal resilience are critical. Their primary industry focus lies in commercial and service industry machinery manufacturing (NAICS 333310) and optical instrument and lens manufacturing (NAICS 333314), reflecting a niche positioning at the intersection of precision mechanical engineering and optical physics. They serve defense and aerospace verticals requiring bespoke optical subsystems not available through standard catalog offerings. SPACE OPTICS RESEARCH LABS, LLC is a small, privately held entity based in Merrimack, New Hampshire, with no federal certifications on record. Their geographic proximity to defense R&D hubs and specialized manufacturing ecosystems supports responsive prototyping and low-volume production for government programs requiring rapid iteration and high technical fidelity.