Marine
Built for the Water. Engineered to Last.
The marine environment is one of the most demanding that any component can operate in. Saltwater exposure, UV radiation, temperature cycling, vibration, and mechanical loading combine to degrade materials that perform perfectly well in less hostile environments. Components that are not engineered specifically for marine conditions fail faster, cost more to maintain, and in critical applications, create safety risks that are unacceptable on the water.
Additive manufacturing with the right materials and the right engineering behind it produces marine components that are genuinely suited to the environment they operate in, not just components that happen to be installed on a vessel.
Where Additive Manufacturing Fits in Marine
The marine industry presents a combination of challenges that make additive manufacturing particularly well suited to several categories of work.
Custom and one off components. Marine vessels are often one of a kind or produced in very low volumes. The economics of traditional manufacturing, with its tooling costs and minimum order quantities, do not work well for components that may be needed in quantities of one or ten. Additive manufacturing eliminates those economics entirely, making custom and low volume marine components practical to produce at reasonable cost.
Replacement and legacy parts. Vessels operate for decades. Original equipment manufacturers discontinue parts. Suppliers go out of business. Tooling is lost. When a critical component on a vessel that has been in service for twenty years needs to be replaced and the original source no longer exists, additive manufacturing can produce a functional replacement from engineering data or reverse engineered geometry without rebuilding tooling that no longer exists.
Complex geometry in corrosion resistant materials. Marine components often require geometry that is difficult or expensive to machine, combined with material properties that resist saltwater corrosion, UV degradation, and the biological fouling that affects surfaces in marine environments. Additive manufacturing produces that complex geometry in materials specifically selected for marine performance.
Rapid repair support. When a vessel is in port and a component has failed, lead time is measured in days, not weeks. A repair that requires sourcing a custom component through traditional manufacturing channels can keep a vessel out of service far longer than the repair itself requires. Additive manufacturing compresses that lead time significantly.
Interior and above deck components. Custom housings, brackets, cable management, instrument mounts, and structural components for vessel interiors and above deck installations benefit from the same design freedom and lead time advantages that additive manufacturing offers in other contexts. Materials can be selected for UV resistance, saltwater exposure, and the mechanical demands of the specific installation.
Materials for Marine Applications
Our Vision Miner industrial equipment processes ultra-performance polymers with the properties that marine applications demand:
PEEK — outstanding resistance to saltwater corrosion, broad chemical resistance, and mechanical properties that hold up under the vibration, thermal cycling, and mechanical loading that marine environments impose. Dimensionally stable across the temperature range that vessels experience in service.
ULTEM — excellent thermal and mechanical performance for structural and housing components requiring broad chemical resistance and dimensional stability in marine environments
PPS (Polyphenylene Sulfide) — exceptional chemical resistance to saltwater, fuels, lubricants, and the cleaning agents used in marine maintenance environments. Dimensionally stable and well suited to high cycle marine applications.
ASA (Acrylonitrile Styrene Acrylate) — specifically engineered for UV resistance and outdoor weathering performance, ASA is well suited for above deck housings, covers, and non structural components that need to hold up to prolonged sun and saltwater exposure without surface degradation or color fading.
Carbon fiber composites — for structural and above deck components where stiffness, low mass, and dimensional stability under load are critical. The high strength to weight ratio of carbon fiber composites is particularly valuable in marine applications where weight above the waterline affects vessel stability and performance.
Engineering grade Nylon — reliable performance for interior components, housings, and structural elements in lower exposure marine environments where saltwater contact is limited and UV exposure is managed.
Applications in Marine
Axiom Works supports marine engineers, vessel operators, shipyards, and OEMs across a broad range of applications:
Custom fittings and connectors — one off and low volume fittings designed for specific vessel installations where standard components do not fit the application
Replacement and legacy parts — reproduction of discontinued or unavailable components for vessels in long term service
Instrument and electronics housings — custom enclosures for navigation, communication, and monitoring equipment designed for the marine environment
Cable and hose management — custom routing brackets, cable carriers, and strain relief components for vessel electrical and fluid systems
Structural brackets and mounts — custom mounting structures for equipment, systems, and components across vessel installations
Above deck components — UV and saltwater resistant components for above deck installations including cleats, guides, fairleads, and custom hardware
Interior components — custom trim, housings, and structural components for vessel interiors where traditional manufacturing lead times and tooling costs are impractical for low volume applications
Prototype marine components — rapid production of custom components for new vessel designs and systems under development
Low Volume, High Consequence
Marine components are often needed in quantities that make traditional manufacturing impractical. A single vessel, a small fleet, a specialty application that does not justify tooling investment. The cost structure of injection molding, casting, or precision machining does not work at those volumes.
Additive manufacturing works at any volume, from one part to a short production run, with no tooling cost and no minimum order quantity. For marine operators and OEMs working with low volume or one of a kind requirements, that flexibility is a fundamental operational advantage.
The Engineering Behind the Parts
Marine components do not get frequent inspection intervals. They are installed and expected to perform across the demanding cycles of commercial operation or recreational use, in an environment that tests materials in ways that laboratory specifications do not always fully capture.
Axiom Works brings 17 years of additive manufacturing experience alongside a deep background in mechanical engineering and materials to every marine engagement. We think about the operating environment, the failure modes, and the material behavior in saltwater and UV exposure from the beginning of the design conversation.
When a marine component needs to last, we engineer it to.
CONSUMER PRODUCTS ADDITIVE MANUFACTURING · FUNCTIONAL PROTOTYPING · SHORT RUN PRODUCTION · RAPID PROTOTYPING · BRIDGE PRODUCTION · INDUSTRIAL 3D PRINTING · PRODUCT DEVELOPMENT · ADVANCED MANUFACTURING