Scientists have taken kirigami principles and applied them to 3D materials, to create structures which are capable of transforming into multiple different architectures.
Children in Salima, central Malawi, have started their education at a new 3D-printed school which was built in just 15 hours, made of layers of concrete.
Every day around 40,000 people move to one of Africa's cities. This company can 3D-print homes following an affordable, low-carbon process.
Faster and cheaper to build and more sustainable, too – could this technology be a solution to meeting the world’s housing needs? Three countries show the way.
This is the first time an engineered photosynthetic material has been physically robust enough for real-world applications, such as textiles and wound-healing.
Biomedical engineering researchers are developing 3D temporary organ structures that may help regenerate damaged tissues and potentially lead to creating artificial organs.
Previously, bones that needed replacing would firstly need to be built in a laboratory. New technology means that, soon, it will be possible to ‘print’ bone tissue inside the body.
This work involves a 3D printing method called stereolithography and jelly-like materials (hydrogels), used to create products such as contact lenses.
3D-printing technology could help widen access to education post-pandemic by being used to construct sustainable schools, quickly and cost-effectively.
Medecins Sans Frontieres-France provides compressive masks for Gaza facial burn victims, to help healing and prepare them for reconstruction surgery.
As COVID-19 threatens less developed countries, collective intelligence and technology can help by offering insight into the pandemic and how to respond.
Italy is one of the worst affected countries by the COVID-19 pandemic. When hospital staff realized they had run out of valves for patients, a local startup came and printed them.
From 3D printing to plastic alternatives, here's how manufacturing can change to protect the environment.
3D printing and 'bio-ink' could help to could serve as scaffolds, or temporary structures to grow human tissues.
3D printing has been slow to scale despite a lack of customs duties. What would change if they became the norm?