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Manufacturing services
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Explore common metals and plastics used across prototype, bridge, and production work. Built for teams that need practical options, not unnecessary complexity.
Explore commonly requested materials used across CNC machining, fabrication, and repeat production work. Built to help teams evaluate options faster without digging through overly technical material sheets.
Share your CAD or requirements and we’ll help you align material, process, and production strategy — without overengineering the solution.
Prototype • Production • Repeat Programs
Browse commonly requested finishes across CNC machining, fabrication, molded parts, and additive production. Built to help engineering and sourcing teams evaluate appearance, protection, and functional surface requirements faster.
Browse core manufacturing and finishing services across machining, fabrication, molding, additive production, and post-processing. Filter by service category to find the best-fit path for your program.
Additive manufacturing services for prototypes, functional parts, concept validation, and short-run production support.
Precision machining services for custom components across milling, turning, mill-turn, swiss-type, and threaded part production.
Combined milling and turning for complex parts that benefit from multi-operation efficiency and tighter process control.
Precision milling for custom components, housings, fixtures, and production-ready parts across metals and engineering plastics.
Efficient turning for shafts, bushings, fittings, and rotational parts that need repeatability and production consistency.
Metal additive manufacturing for complex geometries, lightweight structures, and parts that benefit from design freedom.
Holemaking and threading operations for machined components that require accurate features, tapped holes, and repeatable fit.
FDM printing for practical prototypes, fixtures, enclosures, and functional parts with efficient lead times.
Repeatable molded plastic parts for programs that need consistency, scale, and practical tooling pathways.
Insert molded parts that combine plastic bodies with metal or threaded inserts for stronger integrated assemblies.
Stamped metal parts for repeat production programs that need speed, consistency, and efficient volume output.
MJF printing for strong production-intent plastic parts with consistent quality and efficient batch output.
Overmolded parts for programs that need multi-material construction, grip surfaces, insulation, or integrated protection.
Controlled forming for bent sheet metal parts, brackets, channels, covers, and repeat-use fabricated assemblies.
Precision sheet cutting for flat patterns, blanks, panels, and production-ready components across common industrial alloys.
Fabricated sheet metal parts for brackets, panels, enclosures, covers, and formed assemblies built for industrial use.
SLA printing for smooth surfaces, fine detail, presentation models, and precise visual prototypes.
SLS printing for durable nylon parts, functional prototypes, and geometries that benefit from powder-bed flexibility.
Swiss-type machining for compact, precision parts with tight feature control and efficient production of small components.
Tube bending for structural parts, fluid routing, protective frames, and production-ready fabricated assemblies.
Tube cutting for frames, supports, welded assemblies, and fabricated structures that require clean cut geometry.
Practical guidance on how materials behave across machining, fabrication, finishing, and real production environments — built for engineering, sourcing, and operations teams.