CEAD, a prominent name in large-format 3D printing, recently introduced its latest innovation at the Formnext exhibition: the "Faber Navalis" system. This cutting-edge technology is designed for fully automated production of ship hulls intended for heavy-duty uses in the industrial and maritime sectors. To demonstrate the capabilities of this new system, CEAD showcased a completely printed fishing boat measuring 5.7 meters in length.
The Faber Navalis system represents a comprehensive solution, integrating hardware, software, and specially developed raw materials. At its core is an advanced robotic arm, paired with proprietary software that facilitates the design and printing of hulls, incorporating structural reinforcements. A distinctive raw material known as HDPro was created specifically for this application, providing high impact resistance and drastically reducing maintenance – a common challenge faced in the maritime industry.
Lukas Jansen, CEO of CEAD, highlighted that achieving reliable production required meticulous coordination of all components towards a singular purpose. This system’s effectiveness has been validated in practical applications, notably through a collaboration with the Dutch Navy, where a 12-meter ship hull prototype was printed in merely six weeks. In contrast, traditional manufacturing methods could take years to complete similar projects.
The introduction of the Faber Navalis system helps bridge the gap between theoretical advancements and practical application in industrial 3D printing. It features built-in quality control and backup systems that ensure extended operational periods without failure, allowing manufacturers to transition into mass production more swiftly and efficiently while minimizing the risks associated with untested technologies.
For additional information about CEAD and their 3D printing solutions, visit Defense & Tech.