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Modular homes are more affordable than traditional site-built homes. 3D printing resembles factory production and brings greater efficiency to the building process.
Thanks to mass production, the construction time is significantly reduced. On-site construction time is reduced to assembly time.
The modules are designed to be energy efficient, with features such as sandwich construction using high quality internal insulation. This reduces energy costs and carbon footprint.
With consistency, accuracy, speed, reduced human error and the adaptability of robotic systems, automated robotic manufacturing leads to higher quality products.
Additive manufacturing based on 3D printing creates less waste than traditional on-site construction. Lean manufacturing, pre-cut material, streamlined material flow and reduced transportation costs minimize waste during the construction process.
3D printed modular homes offer an efficient and affordable solution with a high degree of design flexibility, a wide range of floor plan options and customization options. This allows homeowners to create a home that meets their unique needs and preferences.
30 parts, 60 m2
38 parts, 95 m2
50 parts, 120 m2
Our proposal responds to the shortage of school buildings and the need for refreshed school design where interaction is the basis of learning. It envisages shared spaces that help create a sense of community and unity.
Modular schools represent a flexible and efficient solution to school construction. Prefabricated modules are assembled on site, significantly reducing construction time. We can also quickly adapt to specific needs and requirements, and easily expand the modular school if needed.
Our Amos modular school can be built in any conditions, anywhere in the world, in a matter of weeks and with local materials.
We are shaping the future of construction.