CUSTOM MICRO MACHINING, INC.

CUSTOM MICRO MACHINING, INC. specializes in precision micro-machining and high-tolerance component fabrication for mission-critical government systems. Leveraging advanced CNC machining, micro-turning, and surface finishing technologies, the company produces intricate metallic and non-metallic parts requiring sub-micron tolerances, tight surface finishes, and material-specific integrity—commonly used in aerospace, defense, and sensor systems. Their technical expertise includes machining exotic alloys such as Inconel, titanium, and stainless steels, with capabilities in micro-drilling, threading, and complex geometries unattainable through conventional methods. Differentiators include in-house metrology validation, GD&T compliance, and process control for low-volume, high-reliability production runs typical in classified or ruggedized environments. Award history is not available to confirm specific agency engagements, so no definitive patterns of work with federal departments can be inferred. However, given their NAICS classification under 332710—Machine Shops—their services are typically aligned with defense contractors and research institutions requiring precision machined components for avionics, guidance systems, or electronic enclosures. The contractor operates under NAICS 332710, which defines custom machine shop services focused on producing parts to customer specifications rather than mass production. This positions them within the defense industrial base as a specialized supplier for low-volume, high-precision components, often supporting Tier 1 integrators in aerospace and defense sectors. Their market role is that of a niche, technical enabler rather than a system integrator. CUSTOM MICRO MACHINING, INC. is a small, two-level entity based in Santa Clara, California, with no government certifications on record. Their geographic location places them within the Silicon Valley ecosystem, enabling proximity to defense technology innovators and research labs. The company’s structure suggests a lean, engineering-driven operation optimized for responsive, custom fabrication rather than large-scale contract fulfillment.