The new urban cityscapes will be defined by innovative technologies such as 3D printing – making construction faster, cheaper and more efficient than ever.
Dental implants, bionic ears, bones or vascular tissue created by additive manufacturing… 3d printing has arrived in the land of biomedicine to stay.
3D printing makes a giant leap and multiplies its speed by a factor of one hundred thanks to a light-emitting technology.
University of Idaho researchers are working on a new composite based on wood waste for sustainable construction.
This building from the ETH Zurich Technology Institute in Switzerland is set to become the tallest structure of its kind worldwide.
An innovative robot can build the basic framework of a house in just a day, laying up to five hundred concrete blocks per hour.
A virtual art project developed by MIT combines drones and 3D imaging to enable the exploration of Afghanistan’s architectural gems without leaving home.
From laying bricks to mapping inaccessible locations, construction robots improve safety and efficiency.
Two MIT students have won an innovation award for a new vehicle manufacturing technique with 3D printers.
Ultrasounds like those used to remove tumors will be applied to 3D printing with waves to manufacture sensors or even organic implants.
A British university has developed an additive printing system that will enable the manufacturing of low-cost 5G and 6G antennas for remote areas.
An innovative device to measure air quality will enable monitoring of pollution in homes and outdoors quickly and affordably.
An Austrian startup succeeds in creating a salmon fillet with vegetable protein that opens the possibility of a diet fueled by meat and fish printers.
A school in Ukraine becomes an example of how 3D printing can help in regions devastated by human conflict or natural disasters.
