Vertical CNC machining supports precision milled components across a range of sizes, materials, geometries, and production requirements.

CNC turning capability supports precision rotational components, repeat production, and complex turned features.

Manual milling and turning resources support repair, prototype, development, one-off, and project-specific machining needs.

Machining resources can support prototype development, manufacturing iterations, production transition, and repeat manufacturing based on program requirements.

MCS welding resources support a range of materials, applications, and production requirements with dedicated quality oversight.

Robotic welding capability can support repeatable production applications where consistency, throughput, and process control are important.

Laser welding expands the range of manufacturing processes available for applications where the process aligns with material, geometry, and program requirements.

Plate processing, precision cutting, press brake forming, rolling, and related fabrication operations support complete manufactured components and assemblies.

Tube laser capability supports precision processing of tubing and profiles for fabricated components, assemblies, and repeat production.

CNC milling and turning equipment supports precision component manufacturing, large-format work, prototypes, and production quantities.

Precision tube and profile processing supports efficient production of complex fabricated parts.

Laser welding provides an additional controlled manufacturing process for applicable materials, assemblies, and production requirements.

Specialty welding equipment and processes expand the options available for project-specific manufacturing requirements.

Forming, rolling, plate processing, and related equipment support the fabrication of large and complex components.

Fixed and portable metrology resources support dimensional verification of manufactured components and assemblies.

Inspection can be integrated throughout the manufacturing process rather than relying solely on final verification.

Final inspection provides verification prior to release and can be aligned to drawing, specification, contract, and customer requirements.

Documentation requirements can be coordinated around project, contract, material, inspection, and customer-specific quality expectations.

Manufactured and sourced components can be coordinated into larger assemblies and integrated deliverables based on program requirements.

Components, tools, equipment, and materials can be organized into mission-specific kits based on customer and program requirements.

Procurement resources support sourcing and coordination of components, materials, equipment, and outside processes required by the program.

Program teams can coordinate internal manufacturing and external sourcing when a project requires capabilities beyond a single manufacturing process.

Engineering and manufacturing teams can review drawings, specifications, and manufacturing requirements before production begins.

Manufacturing considerations can be identified early to support practical planning, process selection, and efficient production execution.

MCS manufacturing resources can support prototype manufacturing, design iterations, process development, and transition toward repeat production.

Research and development resources can support new manufacturing processes, product development, prototypes, testing support, and project-specific technical challenges.

Program support can coordinate requirements, sourcing, manufacturing, inspection, documentation, and delivery across the broader project.