AMTG Utilizes Three 3D Printers for Mella Shopping Center Walls
Written with artificial intelligence.
AMTG has successfully employed three synchronized G2 gantry 3D printers to create wall systems for the Mella shopping center. This innovative approach allowed for efficient construction by distributing tasks across multiple machines during the project.
Innovative Use of 3D Printing in Construction
Florida-based AMTG has demonstrated a significant advancement in construction technology by deploying three of its G2 gantry 3D printers for the Mella shopping center project. This collaboration involved using synchronized printers to produce wall sections, openings, and architectural features directly on-site.
Coordinated Workflow
The G2 printer is designed for large-scale construction projects, with a modular structure that can adapt to various building geometries. While details on how the synchronization of the printers was achieved remain undisclosed, the methodology highlights the potential for scaling construction 3D printing through coordinated operations.
AMTG's role was limited to providing the 3D printing systems, operator training, and certification for equipment operation, while the structural design and material choices were managed by the project's qualified professionals.
Growing Trends in 3D Printing Adoption
The Mella project reflects a broader trend among construction firms integrating 3D printing into their workflows. In the U.S., companies like Alquist are expanding their operations through partnerships that include training and technical support. Similarly, Germany's Matthäi has created a dedicated 3D printing division after successfully constructing a two-storey building using a COBOD BOD2 printer.
In France, the ViliaSprint² project achieved faster construction times with a COBOD printer, while Australian firm Luyten 3D introduced a tower crane-mounted 3D printer capable of covering larger construction areas. These developments signal a growing commitment to utilizing 3D printing in conventional construction methods, enhancing efficiency and reducing project timelines.