Conductive folding metal materials come out!
According to foreign media New Atlas, when talking about flexible robotic equipment, some devices that are as soft as rubber or foldable like origami may come to mind. Due to the use of conductive fol...
"Aluminum Baosteel" is rising in the Beibu Gulf!
Fangcheng Port, Guangxi, the most convenient access to the sea in southwestern China, is also an important gateway for the organic connection of the “Belt and Road” initiative. &nb...
3D printing "speed limit" can greatly improve the pass rate of products
In a project jointly developed by China and the United States, researchers discovered the “speed limit” of powder bed fusion (PBF) 3D printing, under which the possibility of defects in pa...
Make electrons "pass through" the artificial crystal lattice with extremely high precision
Researchers in the Department of Physics and Astronomy have created a technique that allows them to “sketch” electronic patterns into programmable quantum materials: lanthanum aluminate/st...
The zinc oxide nanowires with controllable size were prepared by a combination of die casting and oxidation.
Electronic equipment has undergone a huge transformation in the past ten years, from rigid systems to flexible systems, and is currently evolving to retractable systems. Due to their interesting prope...
Is 3D printing a threat to forging?
On March 7th, forging ironware, mankind has a history of about 6,000 years, and many places still retain the oldest metal processing and forging technology. The forging process applies force to ...
New 3D printing materials increase the output of photocatalytic hydrogen production
On July 18, the reporter learned that the top journal in the field of interface materials research “ACS Applied Materials & Interfaces” published online, Dr. Yoann de Rancourt de Mimér...
New aluminum alloy technology! Can shorten the process while improving performance
On August 12, the reporter learned that researchers at the Pacific Northwest National Laboratory in the United States recently verified an advanced manufacturing process that can directly produce nano...
A new alloy that will overcome the difficulty of producing super engineering plastics
Heat-resistant, wear-resistant and corrosion-resistant plastic parts in heavy vehicles or industrial machinery are called super engineering plastics. Their more powerful performance comes from a compl...
3D printing will become one of the top ten fastest-growing technologies in 2020
According to data from the US Patent and Trademark Office, the latest annual report of the IFI CLAIMS Patent Services Department has identified 3D printing as the ninth fastest-growing technology in 2...
3D printing can achieve higher functions
On December 25th, a large group of researchers convened to explore more information about new combinations of additives and materials in 3D printing, and summarized them in the recently published R...
New wire feeding system for laser-based 3D printing
Hybrid Subtractive Additive System Expert Hybrid Manufacturing Technology (HMT) revealed that it will take the lead in launching a new R&D program called “FastWireAM”. With the support...
3D printed mayenite composite scaffold
Three-dimensional (3D) printing technology has received considerable attention in the field of bone engineering because it can precisely control the manufacture of complex structures with customizable...
How much is a pound of superalloy?
At present, nearly 300,000 tons of superalloy materials are consumed annually in the international market, which are widely used in various fields. In 2018, the global superalloy market size was 12.16...
3D printing technology releases huge market potential
The application of 3D printing technology in my country’s medical industry began in the 1980s. It was initially mainly used for the manufacture of three-dimensional medical models. With the deve...
3D printing becomes the future medical trend
With the intensification of population aging, orthopedic problems such as cervical spine diseases, scoliosis, and bone defects emerge, and the orthopedic market contains more and more new opportunitie...
Add AI and machine vision to 3D printing
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...
3D printing graphene oxide method is coming
On December 14th, researchers from the Institute of Ceramics and Glass (ICV) and the Institute of Microelectronics and Nanoscience of the University of Aix-Marseille in Spain have used 3D printed grap...
Can be used as a 3D printing support medium to self-repair milky glass
On May 13, 2020, Antarctic Bear learned from foreign media that researchers from Taiwan’s National Central University have developed a self-healing emulsion glass that is resistant to ultraviolet rays...
The cost of new 3D printing technology is reduced by 98%
Ultra-precision 3D printing technology is the key to manufacturing precision biomedical and photonic devices, but the existing 3D printing technology is low in efficiency and high in cost. To this end...
Alumina coating can protect the positive electrode of lithium-ion battery
According to foreign media reports, Rice University postdoctoral researcher Anulekha Haridas used the constructed lithium-ion battery to test the impact of alumina coating on the positive electrode. T...
The demand for high-end titanium materials is increasing and the industry is picking up
On the evening of July 16, the titanium industry leader Baoti Co., Ltd. released a performance forecast for the first half of 2019. It is expected to achieve a net profit of about 110 million yuan att...
Create new 3D printing technology and integrate laser drive technology
On January 13, 2021, Washington, DC, a laser-driven polymerization process for 3D printing applications overcomes the need to build 3D printed objects at once. A research team from the Fresnel Institu...
Metal organic frameworks may become more flexible
The application potential of metal-organic frameworks was discovered about 20 years ago, and since then, nearly 100,000 such mixed porous materials have been discovered. There is great hope in technic...
A MXene ink and 3D printing technology that can make supercapacitors
The research team of the National Graphene Institute and the School of Materials at the University of Manchester has conducted research in the field of 3D printing of conductive inks and energy storag...
Ultra-thin air-tight coating for PET bottles
If polymers are specifically used to form and deposit on the surface surrounding the plasma, they can be coated in a targeted manner. Due to this so-called plasma-enhanced chemical vapor deposition (P...
Nanoscale 3D laser printing induced pluripotent stem cells
Researchers used human induced pluripotent stem cells placed on nanoscale 3D laser-printed structures to successfully replicate the neural network of the brain. 3D printing, also known as additive man...
Oversupply of polyethylene is difficult to get rid 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...
3D printing martensitic steel technology breakthrough
According to foreign media reports, researchers from Texas A&M University and Air Force Research Laboratory (AFR) have developed a defect-free 3D printing technology for martensitic steel parts. C...
A breakthrough in the field of 3D printing single crystal superalloys
Using advanced characterization techniques such as synchrotron radiation micro-diffraction and transmission electron microscopy, Shan Zhiwei’s research team at the School of Materials Science an...