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Construction Made Easy

3D printed beach house

We turn your vision into solid concrete reality.

Homes

3D printing is revolutionizing home construction by using large-scale printers to layer materials like concrete based on digital designs, enabling faster and more cost-effective building processes compared to traditional methods.

Communities

This technology has been used to create entire communities, including community centers, post offices and a town hall, which includes homes and other buildings with solar panels, energy efficiency, and reduced construction waste.

Government

The process of 3-D printing requires fewer workers and materials. Large warehouses can include customizable designs and improved resilience to environmental conditions. Buildings can withstand 300 mph winds.

Specialty Walls

Specialty walls can be designed for military and prison use. Walls must meet rigorous ASTM standards to keep a proper distance.

Building Spaces, Enriching Lives

Pioneering homes that harmonize cutting-edge technology with ecological wisdom, we are reimagining shelter as a nexus of resilience, efficiency, and hope for generations to come. 

Efficient Construction
Cost-Effective Solutions
Built to Last

Rock Solid Technology

Your Vision, Our Expertise

The 3D printing process ensures the structural integrity of buildings through several key measures:
1.Material Selection and Optimization: Specialized materials, such as concrete and polymer composites, are formulated to meet structural and durability requirements. Embedded sensors can monitor material performance during curing and setting, allowing for real-time adjustments to optimize strength and longevity.
2.Layer-by-Layer Precision: The process involves depositing materials layer by layer with precise calibration of printers to ensure proper bonding between layers. This precision minimizes defects and ensures that each layer contributes to the overall stability of the structure.
3.Digital Design and Simulation: Detailed digital models are created using CAD software to simulate loads and stresses the building will face, ensuring the design can withstand intended structural demands.
4.Post-Construction Monitoring: Advanced sensor technologies are embedded in structures to continuously monitor their performance over time, providing data on long-term durability and addressing concerns about reliability.
5.Compliance with Standards: New guidelines, such as UL 3401, have been developed to evaluate 3D printing processes, materials, and assemblies. These standards help ensure that 3D-printed buildings meet safety codes for fire resistance, thermal barriers, and structural stability.