Custom Marine Component Manufacturing

We manufacture custom stainless steel and aluminum marine components built for corrosion resistance, repeatability, and production consistency. From first article to volume runs, our process is designed to keep your line moving and eliminate supplier fire drills.

Built for OEM Production

OEM manufacturing isn’t about “making a part once.” It’s about making it the same way every time—on spec, with stable lead times, and with finishes that hold up in real marine environments. We focus on process control, clear requirements, and predictable execution.

Manufacturing Processes & Services

We utilize the processes required to produce production-ready marine components, including:

  • CNC machining (precision, repeatability, scalable runs)

  • Cutting (method selected by part geometry and material)

  • Forming/bending (brackets, plates, formed components)

  • Drilling/tapping/countersinking and hardware feature prep

  • Welding/joining for strength and clean marine-grade finish

  • Surface prep (deburr, edge condition, cleaning)

  • Finishing (brushed/polished/bead blast; anodize/powder coat/passivation as specified)

  • Assembly/kitting (fasteners, inserts, multi-part kits)

  • Packaging/labeling to protect parts and support production workflows

  • Seating assembly structural seat frames, bases, pedestals, slide systems, and related hardware, assembled into complete units ready for boat line installation. Replaces multi-vendor seating component programs with a single supplier delivering production-ready assemblies.

From Prototype to Production-Ready

If you’re launching a new part—or replacing a supplier who keeps drifting—our manufacturing approach locks in the critical features early, validates with first articles, and maintains consistency through production runs.

Stainless & Aluminum Expertise for Marine Use

We commonly work with 316/304 stainless and 6061/6063 aluminum, and we support finish and corrosion requirements that match the marine environment—so parts look right, fit right, and last.

Our Manufacturing Workflow

  1. Review & scope: confirm requirements, CTQs, materials, and finish

  2. DFM + quote: identify risks early and provide options when tradeoffs exist

  3. Prototype / first article: validate fit, finish, and function

  4. Production run: repeatable manufacturing with QC checkpoints

  5. Pack & ship: protect cosmetic surfaces; kit/label as required

Single-Source Hardware Programs

Many boat builders who start with one part category — a rod holder redesign or a bracket replacement — end up consolidating 6–10 hardware categories under a single program.

Our manufacturing workflow, DFM process, and quality documentation apply consistently across every category. Adding a part type doesn’t mean starting a new supplier relationship from scratch — it means extending an existing one.

Cleats. Rod holders. Structural brackets. T-top components. Seating hardware. Swim steps. Rails and stanchions. Fastener kits. All under one program, one quality standard, one point of contact.

Have a full Bill of Materials? Bring it. Most programs start with one part and grow from there.

Ready to Manufacture a Part You Can Count On?

Two blue industrial robotic arms working in a manufacturing facility, with one arm holding an object near a worktable.
Factory with multiple CNC machines aligned in a spacious, well-lit industrial workshop.
Industrial machine in a warehouse, with a control panel on the left and multiple operating handles, featuring a red and gray color scheme.
Large industrial laser cutting machine inside a spacious factory with a high metal ceiling, bright lighting, and a smooth concrete floor.
Row of industrial machines in a manufacturing plant with yellow safety barriers and a high metal roof.
Interior view of a modern industrial manufacturing facility with automated machinery and a high ceiling with metal beams and piping.