ROCHESTER PRECISION OPTICS, LLC

Rochester Precision Optics, LLC specializes in the design, fabrication, and precision assembly of advanced optical components and systems for defense and aerospace applications. The company leverages expertise in thin-film coating, optical metrology, and ultra-precision machining to produce high-performance lenses, mirrors, beam splitters, and custom optomechanical assemblies. Their technical capabilities include alignment of multi-element optical trains, contamination-controlled cleanroom assembly, and environmental testing to meet stringent MIL-STD and NATO standards. Differentiators include in-house metrology labs with interferometry and profilometry systems, and experience producing components for electro-optical sensors, laser systems, and imaging payloads requiring sub-micron tolerances and low scatter surfaces. Award history is not available to confirm specific agency engagements, but given the nature of their technical work, their capabilities are typically aligned with missions requiring high-reliability optical systems for intelligence, surveillance, and reconnaissance platforms. Their production processes suggest relevance to agencies involved in missile defense, satellite sensor development, and tactical targeting systems. The primary NAICS code 333310 — Optical Instrument and Lens Manufacturing — reflects their focus on precision optical hardware rather than software or systems integration. They operate within the defense and aerospace vertical, serving as a specialized supplier of mission-critical optical subassemblies to prime contractors and government laboratories. Rochester Precision Optics, LLC is a small business entity structured as a 2K, headquartered in West Henrietta, New York. The company holds no federal certifications, and its market positioning is defined by technical precision rather than programmatic compliance frameworks. Their geographic presence is localized, with operations centered on a single facility optimized for high-tolerance optical manufacturing and quality assurance.