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OUR TECHNOLOGY

A LAB THAT
PRINTS THE FUTURE

The quality of 3D printing in the construction sector depends on many factors, including the reliability and precision of the hardware system. Etesias has developed a professional technological setup, featuring a 6-axis robotic arm equipped with a custom extruder for cementitious mortars and a high-performance mixing pump, all designed to guarantee control, continuity, and versatility throughout every stage of material deposition.

In our lab, these tools work in synergy to transform digital files into real building components, paving the way for a more efficient, flexible, and sustainable construction approach.

DISCOVER OUR PROCESS

ADVANCED DESIGN

FROM DRAWING TO CODE

Our process begins in-house, where the Etesias team develops the computational design of components. We are not a simple printing service, but a design lab that integrates parametric design, generative optimization, and robotic simulation.

Using computational software, we translate data, constraints, and geometries into dynamic, print-ready models, reducing errors and waste. Each shape is born with built-in intelligence, designed to adapt, optimize, and communicate directly with our machines.

Disegno al Codice

This algorithmic approach allows us not only to print better, but to rethink how we design from the ground up.

Sistema costruttivo

OUR BUILDING SYSTEM

FROM LAB TO CONSTRUCTION SITE:
A COMPLETE CONSTRUCTION SYSTEM

Etesias goes beyond 3D printing: we have developed and tested a complete building system, from digital design to on-site installation, as shown in the diagram. Each phase is designed to combine production efficiency, construction quality, and logistical optimization, thanks to advanced prefabrication techniques.

PATENTS

2021: Italian Patent for Industrial Invention

“Method for manufacturing elements in cementitious material with interlaminar reinforcements by 3D printing and the elements obtained through this method”
Application No.: 102021000028745.
Filing Date: April 2019
Grant Date: March 2021

2019: Patent for Industrial Invention (Italy, Europe, USA, Canada)

“Reinforced cementitious structure and method for its realization using a 3D printing process”
Application No.: 102016000077424
Filing Date: July 2016
Grant Date: January 2019

2021: Italian Patent for Industrial Invention

“Self-supporting elements for the construction of 3D printed structures and associated method of realization”
Application No.: 102019000006300
Filing Date: November 2021
Grant Date: November 2023