Matthew Carr produces custom machined components, architectural hardware, and specialized tooling for engineering projects requiring exact tolerances and physical integrity.
Every joint, bore, and tactile surface finish reflects an intentional technical choice. We approach component fabrication by stripping away superfluous detail, prioritizing physical durability and material clarity above expediency.
From geometry analysis to final surface treatment, our workshop operates with quiet rigor. We partner directly with architects, product designers, and structural engineers to realize physical parts that endure.
Precision component production executed to tight tolerances across technical metals and specialized materials.
Subtractive manufacturing for complex geometries in stainless steel, brass, aluminum, and dense polymers. Engineered for tight tolerances and structural integrity.
Tactile structural fixtures, custom door pulls, precision hinges, and interior metalwork tailored to specific architectural spaces.
Bridging initial engineering prototypes and scale. Limited batch production runs from 10 to 500 units with uniform consistency across every piece.
Detailed surface preparation including brushed patinas, anodizing, bead blasting, and protective passivations designed for specific environmental exposures.
“The dimensional accuracy and tactile finish on the custom stainless fittings delivered for our pavilion project were exact. Matthew’s understanding of material tolerance under physical load saved weeks of revision.”
Julian Vance
Principal, Vance Architecture Studio
Discuss technical drawings, material constraints, prototype production, or custom hardware specifications directly.