WEBER METALS, INC.

Weber Metals, Inc. specializes in precision metal fabrication and machining services for government and industrial applications, leveraging its expertise in 332112 — Other Fabricated Metal Product Manufacturing. The company delivers custom-engineered components using CNC machining, stamping, welding, and finishing processes, with an emphasis on tight-tolerance parts for mission-critical systems. Technical capabilities include working with carbon and alloy steels, aluminum, and stainless steel, adhering to ASME Y14.5 dimensional tolerancing and ASTM material specifications. Their operational focus centers on producing structural brackets, housings, fastening systems, and specialized hardware that meet stringent military and aerospace performance standards, though specific end-use applications cannot be confirmed due to limited award history. No agency relationships can be identified from available contract data, and no recent awards are documented to infer specific program support or procurement patterns. Consequently, there is no verifiable evidence of recurring engagements with federal departments or defense logistics channels. The primary NAICS code 332112 reflects a niche in secondary metal fabrication, where Weber Metals operates as a supplier of value-added components rather than raw material producers. This positions the company within the broader defense and industrial supply chain as a precision fabricator, capable of supporting subsystem integration for equipment requiring durable, high-strength metal parts. Weber Metals, Inc. is a small business structured as a 2L entity, located in Paramount, California. The firm holds no federal certifications such as 8(a), HUBZone, or SDVOSB, and operates without formal quality system accreditations publicly disclosed. Its geographic footprint is limited to its single facility in Southern California, where it serves regional industrial and government suppliers through direct contract execution. The company’s market presence is defined by its capacity for responsive, low-volume, high-precision manufacturing rather than large-scale production.