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We’ve seen an incredible amount of research hours and dollars being poured into an area where the ‘miracle material’ graphene converges with what some may call a ‘miracle technology’ in 3D printing. In this space, a whole slew of groundbreaking applications and processes may emerge as a better understanding of graphene, and how to 3D print it come about. We’ve discussed a company called Graphene 3D Lab in the past. They have been producing a graphene nanocomposite filament for typical FDM/FFF 3d printers. The problem with this filament, however, is the fact that most of the desirable properties of graphene,...

Robotic building by Contour Crafting won the grand prize in a NASA magazine's Create the Future contest.In the not-too-distant future, building a new home may be as simple as printing it out. The process of wielding 3D printers to make homes is in its infancy today, but someday soon you may look out your window at a large-scale printer, swiftly spitting out a whole home under the instruction of just one operator. "Generally, they'll be much cheaper, much faster, much safer and with much nicer architectural features [than traditional homes]," says Dr. Behrokh Khoshnevis, creator of and lead researcher for...

Voxel8, creator of the world’s first multi-material 3D electronics printer and backed by Braemar Energy Ventures, announced pre-order availability of its initial product – the Voxel8 Developer’s Kit. Voxel8 also announced its partnership with Autodesk to develop a new design tool called Project Wire for creating 3D electronic devices printed on Voxel8’s platform. Together, Voxel8 and Autodesk are enabling designers and engineers to create three-dimensional parts with embedded circuitry for the first time. Rapidly design novel devices, such as 3D printed antennas, electromagnetic coils, or stack ICs in ways that were previously impossible. Eliminate wire harnesses by combining them with...

By pushing existing technology to the limits, undergraduates from NTU have assembled a 3D-printed body shell for an electric car, says Associate Professor Ng Heong Wah.SINGAPORE: Students from the Nanyang Technological University (NTU) have built the first urban solar electric car with a 3D-printed body in Singapore, said the university in a news release on Monday (Feb 2). The car – named NTU Venture 8 (NV8) – is mounted on a carbon fibre single shell chassis. “We are extremely proud to have designed and assembled a 3D-printed body shell for the electric car,” Associate Professor Ng Heong Wah said. “The...

It sounds like something from a science fiction plot: so-called three-dimensional printers are being used to fashion prosthetic arms and hands, jaw bones, spinal-cord implants -- and one day perhaps even living human body parts. While the parts printed for humans so far have been fashioned from plastic, metal and other inorganic materials, researchers in California and elsewhere also have begun printing living tissue, with the goal of eventually employing these "bioprinters" to create customized kidneys, livers and other organs for people needing transplants. What's particularly attractive about the technology, according to its proponents, is that 3D printers can produce...

A Chinese company has successfully 3D printed a five-storey apartment building and a 1,100 square metre villa from a special print material.While architectural firms compete with their designs for 3D-printed dwellings, one company in China has quietly been setting about getting the job done. In March of last year, company WinSun claimed to have printed 10 houses in 24 hours, using a proprietary 3D printer that uses a mixture of ground construction and industrial waste, such as glass and tailings, around a base of quick-drying cement mixed with a special hardening agent. Now, WinSun has further demonstrated the efficacy of...

Perhaps you read the title of this article, and automatically assumed that we made a typo. After all, it sounds awfully similar to a story we did in the past about 3D Systems. If you have been following the 3D printing space for the past several months, then you know that 3D Systems has been working on creating a new 3D printing system that they say is based on a “racetrack architecture”. It is an assembly line of sorts, and is said to be able to fabricate objects up to 50 times faster than other printers currently available today. Now...

Impossible Objects is, even for the 3D printing world, apparently doing the impossible. The focus of the company is to create the world’s first composite 3D printed objects, using an impressive variety of materials, to revolutionize the already-revolutionary 3D printing space. Larry Kaplan heads up the Impossible Objects team as the CEO. The former CEO of Navteq, Kaplan is leading the five-employee firm’s chaimpossible objects logorge in developing novel 3D manufacturing machines to enhance upon the presently available capabilities. “Current technologies are 20 or so years old,” said Kaplan. “They are great for prototyping but too slow compared to volume...

Evolution is what got us here today, if you accept the scientific approach to our creation. It was processes such as ‘survival of the fittest’ which led us, as well as other earthly creatures, to develop some of the traits, senses, and abilities that we possess today. For superhero fans, especially those who love the X-Men, you know that these superhuman characters acquired their powers through the process of evolution. Little mutations in genes led to them become the recipient of more than simple human-like abilities. Wouldn’t we all like to have the ability to see through objects, climb walls,...

The future is always filled with uncertainty, especially for individuals involved in growing and producing safe, nutritional food for the world. As the agriculture community, spends a great deal of time and effort in pondering the “what ifs”, consumers still sit in the driver seat. One thing futuristic minds can agree on is the world population clock is clicking away at much quicker rate than the U.S. population. Recent estimates show a global population will not slow down its pace even after it reaches the United Nation’s projection of 9.2 billion in 2050. For now, the drop in global population...

2014 was the year of 3-D printers. According to the 2014 edition of the Wohlers Associates annual report (via The Motley Fool), which is considered the industry’s bible on 3-D printing, there are approximately 400 to 600 3-D printer brands available in the $200 to $5,000 price range. That number is not surprising: With its focus on customized products and innovative materials and technology, 3-D printing is poised to transform our world. Yet not much is known about 3-D printers. This is due to two reasons. First, 3-D printing still has a long way to go to become consumer-friendly. The...

Food researchers in the US Army are looking into ways to 3D print food for soldiers. According to a press release, Army food technologists say that 3D printed food could produce meals on demand for soldiers in the battlefield. With 3D technology, food can be tailored to a soldier’s nutritional needs. Because the Army’s Meal Ready-to-Eat (MRE) standard for food has a shelf life of three years, 3D printing creates new options that could make meals have longer and more stable shelf lives according to Lauren Oleksyk, Natick Soldier Research, Development and Engineering Center (NSRDEC). Earlier this month in December...

After more than two years and an estimated $20,000, a research group in the mechanical engineering department has created the first 3D printer capable of printing LED lights. The venture was led by researcher Yong Lin Kong and Ian Tamargo '14, and was sponsored by the Air Force of Scientific Research and the Defense Advanced Research Project Agency. The research group McAlpine, led by mechanical and aerospace engineering professor Michael McAlpine, made a breakthrough more than a year ago after it successfully printed 3D bionic ears, devices that can hear sound frequencies beyond the capacity of a human ear, out...

If 3D printers don’t already fall somewhere on your list of the top ten coolest things ever, then you really need to take some time to rethink your priorities. The following list of eight unbelievably awesome things that 3D printing is already being used for should help to convince you (if you need convincing) that 3D printers are science fiction come true. 1) Prosthetic Legs for Dogs With a prosthetic leg created by designers at 3D printing company 3D systems, Derby the disabled rescue dog (warning: if you’re pregnant, menstruating, or a passionate animal lover the aforementioned link will probably...

As we’ve mentioned so many times in past articles, the convergence of additive manufacturing and the ‘miracle material’ graphene could have major ramifications for dozens of industries over the next several years. Because of this, researchers and companies are spending a great deal of time and money figuring out the best methods to 3D print graphene. A group of researchers, led by Seol Seung-kwon at the Korea Electrotechnology Research Institute’s Nano Hybrid Technology Research Center (KERI) are at the forefront of this research. As we mentioned last month, KERI, a unit under the Ministry of Finance in South Korea, recently...

As many women know only too well, finding a dress that fits like a glove is no easy task. But a new dress, created using a 3D printer, may be the answer to every woman's style woes. A design studio have used 3D printing technology to create an innovative dress customised to a woman’s body. The dress, which costs a staggering £1,900 ($3,000) to print, features 2,279 printed panels interconnected by 3,316 hinges. Creators Nervous System call it a ‘4D dress’ as, like fabric, the printed garment can go from a compressed object to its intended shape. Jessica Rosenkrantz, co-founder...

New technologies such as 3D bioprinting promise to offer a laundry list of new treatments, drug discovery, and cures within the medical industry. With that said, we have been hearing promises for years that 3D printing will change the face of medicine. Despite these promises, bioprinting has yet to make any major impact within the market. Today things may have just changed! San Diego-based 3D bioprinting company Organovo (NYSE MKT: ONVO) has today announced the full commercial availability of their exVive3D Human Liver Tissue for preclinical drug discovery testing. The tissue, which is created via an in-house 3D printer, could...

One of the obstacles to jumping headlong into the additive manufacturing milieu for many people is often the expense of the 3D printer itself. Further, for those intrepid, budding engineers, designers, makers, and artists, an initial foray might more reasonably and affordably involve logo-instructables-01using a less expensive and complex machine. Enter one Instructables contributor, “mikelllc,” who has designed a make-it-yourself 3D printer that is constructed largely from recycled electronic components. Currently, only about 12.5% of all electronic waste, or “e-waste,” is recycled. Instead, the majority of cast-off electronic products — around 20 to 50 million metric tons per year worldwide...

“Makers, make love, not war.” This appears to be the best way to summarize UPS’s 3D printing service guidelines. UPS has been offering 3D printing services for a little while, but of course, these services come with a strict set of guidelines about what they will and won’t print for you. Naturally, just like going through airport security, weapons are at the top of the list of no-no’s. Anything gun or gun part related and anything that can be used in the “design, development, manufacture, testing, construction, operation, or maintenance” of nuclear weapons, missile or rocket systems, unmanned air vehicles,...

You can use 3D printing to make a handful of electronics, such as antennas and batteries, but LEDs and semiconductors have been elusive; you usually need some other manufacturing technique to make them work, which limits what they can do and where they'll fit. A team of Princeton researchers recently solved this problem, however. They've found a way to make quantum dot LEDs (and thus semiconductors) using only a 3D printer. The scientists choose printable electrodes, polymers and semiconductors, which are dissolved in solvents to keep them from damaging underlying layers during the printing process; after that, the team uses...