On-board components
100% design freedom
Thanks to 3D printing you can create components with complex geometries, with complete design freedom.
Functionality and aesthetics come together in additive manufacturing, eliminating the need for production molds and minimizing processing waste.
Without molds, even geometries with undercuts can take shape.
Technological integration
The high degree of geometry control allows the integration of components, technological elements and instrumentation already in the design phase, simplifying and speeding up the assembly and set-up phases.
The peculiarities of 3D printing also allow you to manage and design the object in its entirety, allowing you to obtain technical steps or position sensors inside the product.
High level of finish
Do you want to make an on-board component with 3D printing?
Case studies
Fly Amer 94' dashboard
Goal
Engineering and construction of the fly bridge, designed for fixing on board with instrumentation.
technology
3D printing – FDM
material
Superfici-PLA HT
Size
110x75x62cm
Tankoa 70mt speaker support
Goal
Concept, design and construction of built-in support for audio speakers.
technology
3D printing – FDM
material
Superfici-ABS BV
Size
15x12cm
Hard-top component
Goal
Aesthetic fin for hard-top with possible integration of technology.
technology
3D printing – FDM
material
Superfici-PLA
Size
60x25x15cm
Cut-out
Goal
Have a template that fits perfectly on a complex surface to make holes
technology
3D printing – FDM
material
Superfici – PLA
Size
10x12x1.5cm