SUPERFICI Scrl
About us
Superfici was founded in 2016, by Davide Telleschi, Guido Zannoni and Paolo Licinio Nazzaro, following the victory of the “Start Cup 2014” award promoted by the University of Genoa. The business idea was conceived during their PhD program in “Yacht Design and Sustainable Product Development”.
Almost ten years after its founding, Superfici has become a recognized reference point in the production of components, prototypes, and accessories for the marine and naval sectors, using additive manufacturing technologies (3D printing, reverse engineering, 3D scan). Thanks to the process innovation introduced, the Company is now able to deliver highly customized and technologically advanced products tailored to the needs of its clients. The unique benefits of additive manufacturing - combined with an innovative design approach - enable the development of technical and functional components that are lightweight, durable, and resistant. This method often offers a viable and more sustainable alternative to traditional manufacturing processes.
Over the years, with a strong focus on innovation, Superfici has also developed several in-house research and development projects to provide its clients with modern and future-oriented solutions.
Products
3D printed On-board components
Thanks to 3D printing you can create components with complex geometries, with complete design freedom. Funcionality and aesthetics come together in additive manufacturing, eliminating the need for production mold and minimizing processing waste. Without molds, even geometries with undercuts can take shape.
3D Scanning
3D scanning allows you to faithfully capture an object geometry and digitize it into a point cloud. Through reverse engineering, you can reconstruct a digital model, which can be exported in various formats and used to verify geometry or as a design aid.
Prototypes
Prototyping simplifies communication and design, allowing you to obtain targeted feedback on any improvements to be made from the earliest stages of the production cycle. Using a realistic prototype as a formal and functional verification can guarantee greater competitiveness on the development of a product, drastically reducing the time to market wih a consquent lowering of costs.
