Magnesium-lithium alloy is called an ultra-light alloy, with a density between 1.35 and 1.65g/cm3, and is currently the lightest metal structural material in engineering applications. The alloy has th...
A new study found that by shining a beam of light in a liquid resin, a new 3D printing technology called “Xolography” can generate complex hollow structures, including simple machines with...
The introduction of the “double carbon” policy has almost ruled out the possibility of the future release of the electrolytic aluminum supply ceiling, which has greatly eased the pressure of domestic ...
Laser powder bed fusion (Laser powder bed fusion) is currently the most widely used metal additive manufacturing process. Under the control of computer-aided design and drawing software, it can melt m...
Since November last year, the rapid rise in the price of raw material calcium carbide and the boost in demand for construction materials have driven the price of PVC to rise significantly, and the pri...
According to the official website of the Oak Ridge National Laboratory, scientists have used new technology to create a copper/carbon nanotube composite material with a length of 10 cm and a width of ...
Recently, Rob Stier, senior director of petrochemicals at S&P Global Platts Analytics, said: “As capacity returns to the market, supply will increase, and demand is unlikely in the short term. The...
background: The MAX phase is a group of ternary compounds whose general formula is Mn+1AXn (where M is a transition element, a is usually from the IIIAo IVA group in the periodic table, and X can be C...
The combination of two-photon polymerization (2PP) 3D printers with innovative hydrogel-based bio-inks can directly 3D print structures containing meso-scale and micro-scale living cells. NanoUp Bio, ...
Isn’t it amazing if the printed image looks 3D? Unfortunately, traditional prints like photographs display two-dimensional (2D) images with a fixed appearance because they only contain intensity and c...
When we think of metal, we have a clear picture in our minds: we think of solid, non-breakable, conductive, and typical metallic luster objects. The behavior of classical metals, such as their electri...
Recently, the Korean Materials Research Institute (KIMS) Steel Materials Research Office under the Ministry of Science, Technology, Information and Communication and the Pohang Institute of Industrial...
Scientists have come up with a way to delay the so-called “fatigue failure” in aluminum alloys Aluminum metal is lightweight and has strong corrosion resistance, providing very desirable c...
For centuries, ivory has often been used to make works of art. However, in order to protect the number of elephants, the ivory trade was banned internationally in 1989. Therefore, in order to restore ...
In the process of injection mold, because the heat is easy to produce hot gas, once there is gas and it is not discharged, it is easy to cause problems in the mold, especially in the rapid prototyping...
A bioengineer from the Queensland University of Technology (QUT) Bioengineering Transformation Center for Bionics, and Professor Paul Dalton of the University of Oregon, conducted an interdisciplinary...
Quantum dots are man-made nano-semiconductor materials composed of only a few thousand atoms. Due to the small number of atoms, the properties of quantum dots are between a single atom or molecule and...
LulzBot announced the launch of LulzBot TAZ Pro S as a supplement to its TAZ Pro industrial desktop 3D printer product line. TAZ Pro S provides users with high-quality 1.75mm material printing and Lul...
Researchers at the University of Cambridge used 3D printing technology (also known as additive manufacturing) to create electronic fibers, each of which is 100 times thinner than human hair, creating ...
Fused Deposition Modeling (FDM) and Direct Ink Writing (DIW) have successfully demonstrated the manufacture of thermoplastic 3D free structures involving overhanging (non-anchored) structures, but the...