Most traditional 3D printers create a shape by excreting a synthetic resin layer by layer, which is then hardened using UV light. Thanks to the abundance of scientific activity in this field, we have a number of resins and 3D printing methods to choose from.
Most traditional 3D printers create a shape by excreting a synthetic resin layer by layer, which is then hardened using UV light. Thanks to the abundance of scientific activity in this field, we have a number of resins and 3D printing methods to choose from.
Metal 3D printing can also be known as DMLS (Direct Metal Laser Sintering), and DMLM (Direct Metal Laser Melting) is an additive layer technology. A metal 3D printer uses a laser beam to melt 20-60 micron layers of metal powder on top of one another.
The dimensioning of materials to suit our needs has soared in the last decade through the use of composites. There are other materials though, human made and industrially manufactured, that showed up later and are gaining a solid inertia of their own.
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This article discusses the exhibitors, products, and industrial trends defining additive manufacturing across the Asia-Pacific region at TCT Asia 2026.
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Lightweighting materials play a crucial role in offering the potential for improved fuel efficiency, enhanced performance, and reduced emissions in the automotive industry. It is anticipated that the lighter and more efficient automotive materials and components will revolutionize the industry in the coming years.
Most traditional 3D printers create a shape by excreting a synthetic resin layer by layer, which is then hardened using UV light. Thanks to the abundance of scientific activity in this field, we have a number of resins and 3D printing methods to choose from.
2 minutes read
Metal 3D printing can also be known as DMLS (Direct Metal Laser Sintering), and DMLM (Direct Metal Laser Melting) is an additive layer technology. A metal 3D printer uses a laser beam to melt 20-60 micron layers of metal powder on top of one another.
4 minutes read
The dimensioning of materials to suit our needs has soared in the last decade through the use of composites. There are other materials though, human made and industrially manufactured, that showed up later and are gaining a solid inertia of their own.
3 minutes read
“The nexus between two revolutionary disciplines is inspiring us towards a future improved society”
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Creating and measuring intricacy in particles that could improve electronics and chemical reactions.
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Technique may enable molecule-based quantum computing.
Twisted fibers coated with living cells could assist healing of injured muscles and tendons.
Plastic substrates for flexible displays are well known for their mechanical benefits such as thinness, lightness and flexibility, but their optical advantages are less cited.
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Among other virtues, silicon “rusts” in a way that insulates a chip's circuitry. Two new ultrathin materials share that trait and others vital to the future of electronics.
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Professor Yoel Fink is helping MIT lead the way in transforming the fabric materials in our lives.
Research using quantum-mechanical computation will be used to identify combinations of elements that have the most promise for load-bearing applications
Stretchable wires move us closer to electronics that mold to your skin
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Holographic displays need twisted light. Twisted semiconductors assembled with the help of amino acids may enable them.
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Silicon chips are single story, but using new semiconductor materials, engineers can stack computer logic and memory like floors in a building to bust data traffic jams.
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Tooth enamel has changed very little over millions of years -- and it is remarkably resistant to shock and wear.
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