Maritime Large Format Additive Manufacturing
Maritime Large Format Additive Manufacturing
Additive manufacturing in the maritime industry
CEAD’s industrial 3D printing solutions for the maritime sector are revolutionizing the industry. On this page we elaborate on the advantages of 3D printing for maritime applications, discuss various 3D printing materials for maritime industry and delve into CEAD’s machines for large format additive manufacturing for the maritime industry.
Continue reading to explore how our expertise in additive manufacturing is reshaping shipbuilding. In need of answers to your industrial 3D printing questions? Contact our maritime experts for input related to your application or download the brochure of our LFAM machine: the Maritime Flexbot.

Donato Puntillo
Maritime Additive Manufacturing Specialist
Email: sales@ceadgroup.com
Phone: +31 (0) 15 737 01 83
Industrial 3D printing applications for shipbuilding
The advantages of industrial 3D printing match perfectly with the demands from within the maritime industry. Large format additive manufacturing knows multiple use cases in the maritime sector. We distinguish two main categories maritime 3D prints: end parts and molds.
3D printed end parts for the maritime industry
The first category, refers to prints that are functional products. A great example of a printed product for the maritime industry can be found in Al Seer Marine’s 3D printed water taxi. The boat, seen in the picture below, measures 11.98 meters long, 3.59-meter wide and is crafted from 67% recycled materials.
Al Seer Marine used a custom Flexbot machine with two robots mounted on linear tracks (build volume 4x36m) to manufacture this 3D printed boat, securing the Guiness World Records™ title for the largest 3D printed boat. The modularity of CEAD’s machines eliminates any obstacles for large format additive manufacturing of boats.
The ability to 3D print entire boat hulls compared to traditional manufacturing methods is specifically interesting. The approach of additive manufacturing, encompassing entire boat structures, translates to significant savings in labor and costs. This is due to the absence of part procurement, less expenses related to purchasing, transport, storage, and assembly.
Besides printing entire boats, industrial 3D printing can also be used to manufacture individual components. Think, among others, of intricately designed staircases, hatches and interieur furnishings. If you can design it, you can print it. An example of such a part can be found in the 3D printed benches on the printed boat seen in the photo below. Both the boat and additional components have been 3D printed using CEAD’s Flexbot.

Photo credit: the 3D printed water taxi by Al Seer Marine
3D printed molds and tooling for the maritime industry
3D printing in the maritime industry is not just used for the manufacturing of end parts. The technology itself lends itself well for the creation of molds and tooling. CEAD’s Flexbot is not only able to manufacture using additive techniques, but also by subtracting (by milling and sanding). This combination opens a vast realm of possibilities for manufacturing molds and tooling from design to finish.
Think for example of 3D printed molds that are used to manufacture entire ship hulls. The printed and post-processed moulds are impregnated with carbon fibre, creating a composite structure with increased mechanical properties.
Other use cases for molds and tooling for the maritime industry can be found in molds for complex ship propellors or for dashboards/navigation equipment housings. The latter provides an excellent example for the high customization that 3D printing offers.
The use of 3D printing for molds as opposed to traditional methods enables rapid prototyping, complex geometries, saves time and costs and allows specific customization.

Photo credit: the Flexbot Maritime system manufacturing a boat at Al Seer Marine.
Advantages of industrial 3D printing for the maritime industry
In the ever-evolving landscape of manufacturing, the maritime sector has enthusiastically embraced the advantages offered by additive manufacturing. Just as other industries have reaped the benefits, the maritime industry is leveraging the power of industrial 3D printing to revolutionize its approach to production.
Additive manufacturing offers the following advantages for the maritime industry:
Materials used for large format additive manufacturing for the maritime industry
When choosing materials for maritime applications, certain key characteristics play a crucial role in ensuring optimal performance and longevity. CEAD’s Extruders are able to process short fiber filled materials as well as modified materials, expanding the range of possibilities. Think for example of materials modified against flammability.
The selection process is guided by the following considerations:
- Lightweight Properties: Materials chosen must possess low density to ensure buoyancy, a critical factor for ensuring that the boat remains afloat.
- UV Stabilization: Opting for modified materials with UV stabilization and modification ensures resistance to the degrading effects of ultraviolet (UV) radiation, a prevalent factor in marine environments.
- Water Repellency: Prioritizing water-repellent and modified materials is essential to enhance resistance against water absorption, crucial for maintaining structural integrity over prolonged exposure to marine conditions.
- Stress Resistance: Selected materials should exhibit high stress resistance, a prerequisite for withstanding the dynamic and often rigorous conditions experienced in the maritime environment.
- Low Shrinkage/Expansion: Minimizing shrinkage and expansion, especially for larger structures, is imperative to ensure dimensional stability and structural reliability over time.
- Anti-Bacterial, Anti-Fouling, Anti-Algal Properties: Opting for materials with anti-bacterial properties, anti-fouling characteristics, and resistance to algae growth is advantageous in maintaining a clean and efficient marine structure.
- Fire Resistance: Materials with inherent or modified fire-resistant properties are beneficial, providing an added layer of safety in the event of fire-related risks.
- Customizable Color: The capability to self-color the material adds versatility, allowing for customization based on aesthetic preferences or functional requirements.
The Flexbot: CEAD’s Maritime industrial 3D printer
Whether it’s the fabrication of structural end parts or the intricate molding of essential components, CEAD’s technology is at the forefront of pioneering solutions. The Flexbot is CEAD’s all-in-one solution for automated large scale additive and subtractive manufacturing for the maritime industry.
The controls of this robot based solution are integrated into a CNC system, allowing for precise movements along a complex toolpath and eliminating the need for a separate robot controller.
Additionally, the Flexbot can easily be configured for different size solutions due to the modular design. The system can be upgraded with multiple robots (that can print simultaneously), linear tracks and different types of extruders.
The Flexbot provides the tools that the maritime industry needs. The machine is capable of both additive and subtractive manufacturing. This semi-automated workflow allows you to post process printed end parts with the same machine on the same run. This allows the part to be milled or sanded to perfectly fit your application.
Revolutionize your production process with CEAD industrial maritime 3D printers
CEAD’s dedication to the maritime industry is marked by vast experience, in-depth knowledge, and active engagement. Multiple Flexbots are already making waves in the maritime sector. Our application engineers and customer support engineers continue to support these clients to push the boundaries of additive manufacturing. For inquiries, collaborations, or to initiate a pilot project, contact CEAD’s maritime specialists. Take the next step in revolutionizing your production process with CEAD’s industrial maritime 3D printers.

Donato Puntillo
Maritime Additive Manufacturing Specialist
Email: sales@ceadgroup.com
Phone: +31 (0) 15 737 01 83