Gaudi 1
Mobile on-site 3D Printer (Print 2-story building directly)
Printer dimensions (length × width × height)
12000mm×
1900mm×2260mm
Weights
6000KG
Maximum print size
10100mm×
4100mm×3000mm
Printing speed
Maxim Dry Running Speed
Voltage
15 m/min
15 m/min (49.21 ft/min)
AC 380V, U/V/W/N/PE
Total power
Print Head Model
Print Path Width
Print Layer Thickness
15KW
D20, D30, D40, D50
Ф20, Ф30, Ф40, Ф50
5-25MM (0.20-0.98 inches)
Gaudi 2
The world’s largest mobile on-site 3D printer (4-story printer)
Printer dimensions (length × width × height)
12020mm×
2000mm×2310mm
Weights
11000KG
Maximum print size
10700mm×
8850mm×8000mm
Printing speed
Maximum Dry Running Speed
2-10m/min
15m/min (49.21ft/min)
Voltage
AC 380V, U/V/W/N/P/E
Total power
Print Head Model
Print Path Width
Print Layer Thickness
10KW+8.5KW
D20, D30, D40, D50
Ф20, Ф30, Ф40, Ф50
5-25mm, (0.20-0.98 inches)
60%
LESS MATERIAL COST
70%
LESS TIME COST
80%
LESS LABOR COST
Machinery- Materials- Software
Revolutionizing the construction landscape through the conversion of waste into high-quality construction materials, while embodying our commitment to sustainability and innovation
Eco-friendly Building
Opt for methods minimizing impact, using sustainable materials to prioritize the environment.
Sustainable
Choose eco-friendly solutions enhancing resource efficiency, supporting responsible development practices.
Zero Carbon Approach
Embrace a carbon-neutral strategy, ensuring a cleaner, environmentally responsible construction process.
Innovative Eco Practices
Experience innovation, focusing on green and sustainable construction.
Our Products
Let's Build Something Great. Together.
We pride ourselves on delivering state-of-the-art technology, top-quality materials, and advanced software to empower your construction projects.
Commercial buildings
Residential Houses
ADU
Infrastructure
Landscape
Construction Technology Ecosystem
Our advantages
Through a unique combination of engineering and design.
3D house printing significantly reduces construction time compared to traditional methods. The layer-by-layer additive manufacturing process allows for the rapid construction of entire structures, enabling homes to be built in a fraction of the time it takes using conventional methods.
The streamlined construction process in 3D house printing often results in cost savings. With reduced labor requirements, faster construction times, and optimized material usage, the overall cost of building a 3D-printed home can be 70% lower than that of a traditionally constructed dwelling.
D house printing typically generates less to none construction waste compared to traditional methods. By precisely layering materials based on digital designs, there is minimal material waste, contributing to a more sustainable and environmentally friendly construction process. Additionally, innovations such as the use of recycled materials in the printing process enhance the eco-friendly profile of 3D-printed homes.
