SELLERS OPTICAL, INC.

SELLERS OPTICAL, INC. specializes in the precision manufacturing of optical retroreflector arrays and related laser-based positioning systems for defense and space applications. Their core capabilities center on the design and fabrication of high-accuracy optical components, including GPS Laser Retroreflector Assemblies (LRA) and custom optical cube retroreflectors, engineered for satellite tracking, geodetic surveying, and autonomous navigation systems. The company demonstrates deep expertise in optical alignment, surface metrology, and hermetic sealing technologies critical to maintaining performance in extreme thermal and vacuum environments. Their work emphasizes dimensional stability, low thermal expansion materials, and sub-micron tolerances—key differentiators in mission-critical applications requiring long-term reliability without calibration. The contractor has established a consistent presence with the Department of Defense, delivering optical hardware for precision guidance and space-based tracking systems, and has also supported NASA with laser retroreflector arrays used in Earth observation and satellite ranging missions. Their engagement with these agencies reflects a pattern of providing specialized, low-volume, high-precision components for advanced sensing and positioning payloads. SELLERS OPTICAL operates primarily within NAICS 333310 and 333314, focusing on the manufacture of commercial and industrial machinery and optical instruments, specifically tailored to defense and aerospace systems. Their market positioning is that of a niche supplier of mission-critical optical subsystems, serving government programs requiring exacting optical performance and traceable manufacturing processes. As a small business structured as a 2L entity based in Costa Mesa, California, SELLERS OPTICAL, INC. maintains a focused, agile production capability without federal certifications such as 8(a), HUBZone, or SDVOSB. Their geographic proximity to defense and aerospace hubs supports rapid prototyping and responsive delivery for time-sensitive government programs.