At Hyperion Robotics we develop robotic 3D printing technologies to make construction processes safer, faster and more cost-effective. By integrating off-the-shelf robots with our proprietary software and equipment, we can build from the most complex geometries to a diverse set of concrete elements simplifying your projects.
Benefits and Advantages
Reduced execution time and simultaneity. No form-works needed.
The accuracy generated by our robotic software allow unique design possibilities and higher quality structures.
Up to 70% less materials needed. Can use recycled materials in the mix. Environmental impact is reduced.
The robots can be adapted to different environments and tailored for different printing applications.
Less exposure of people, more order and clean printing process.
What can we 3D print?
From the most complex geometries and shapes to horizontal and vertical structures such as pavilions, walls, columns, facades, sculptures, architectural elements as well as prefab elements and anything you can imagine.
3D PRINTING SOME OF THE MOST COMPLEX AND UNIQUE GEOMETRIES
TESTING THE STRENGTH OF A 3D PRINTED CONCRETE STRUCTURE
3D prInted sculpture. Giant yo-yo.
STRUCTURE OPTIMIZATION, UP TO 70% LESS MATERIAL
optimized CONCRETE 3D PRINTED beam
At Hyperion Robotics we are actively seeking local and global partnerships to introduce our robotic 3D printing technology to new or existing projects. Here are three simple ways we can partner:
We will help the Partner on projects involving concrete 3D printing with our technology and knowledge, from the design stage and manufacturing of elements.
ROBOT AS A SERVICE
We will provide the Partner with our technology for their projects, events, research or other needs with monthly or annual subscription plans, including on-site installation, initial training and technical support.
research, innovation AND ADVISORY
We will provide the Partner strategy and tactics for manufacturing with concrete 3D printing. We will also work with them on innovative 3D printing applications and sustainable materials.