The MX3D Bridge is a Fully Functional Stainless Steel Bridge in Amsterdam
Laura McQuarrie — July 21, 2021 — Art & Design
References: mx3d & designtaxi
The MX3D Bridge is a fully functional stainless steel structure that was created with multi-axis 3D printing technology and industrial robots. The innovative design can be found in one of the oldest and most well-known canals in Amsterdam, the Oudezijds Achterburgwal.
Thanks to "intelligent software that transforms welding machines into 3D-printing robots," the company created a 40-foot structure entirely of stainless steel. The construction of the strong, complex and aesthetically interesting structure began back in 2017, a process that involved printing large parts in sections that could later be assembled as a whole.
Recently, the bridge was officially opened by the Queen of the Netherlands and robot Yumi. Now that it has been installed, the 3D-printed stainless steel bridge will be equipped with sensors so that researchers can collect data.
Thanks to "intelligent software that transforms welding machines into 3D-printing robots," the company created a 40-foot structure entirely of stainless steel. The construction of the strong, complex and aesthetically interesting structure began back in 2017, a process that involved printing large parts in sections that could later be assembled as a whole.
Recently, the bridge was officially opened by the Queen of the Netherlands and robot Yumi. Now that it has been installed, the 3D-printed stainless steel bridge will be equipped with sensors so that researchers can collect data.
Trend Themes
1. 3d-printed Metal Structures - Industrial 3D printers and robotics are enabling the creation of complex and strong metal structures through additive manufacturing.
2. Intelligent Robotics for Construction - The development of intelligent software that can transform welding machines into 3D printing robots is revolutionizing the construction industry.
3. Smart Infrastructure with Sensor Networks - The integration of sensor networks into 3D-printed infrastructure allows for real-time data collection and analysis, optimizing resource allocation and maintenance.
Industry Implications
1. Architecture - Architects and construction companies can harness 3D printing and robotics to design and build complex and innovative structures with greater ease and efficiency.
2. Manufacturing - The use of 3D printing and robotics is expanding the capabilities of the manufacturing industry, increasing customization and complexity while reducing waste and production time.
3. Infrastructure - The integration of sensor networks into 3D-printed infrastructure allows for more efficient and sustainable management of smart cities, transportation systems and other complex infrastructure.
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