Las Vegas Company Could Print Next 3D Technology Car

LAS VEGAS (AP) — Near the corner of Las Vegas Boulevard and Stewart Avenue stand two squat garages, sporting the letters "LM." The initials stand for "Local Motors," but they may also represent the future of automobile-making in the United States and beyond. It's here, just blocks away from the smoky casinos of Fremont Street and the Las Vegas Strip, where you'll find the company responsible for the world's first 3-D-printed car.

Founded in Phoenix but partly funded by the VegasTechFund in Las Vegas, Local Motors wants customers to be able to visit one of three micro-factories in the country, choose a body type from an extensive list and pick up a newly printed car, all in a 24-hour period, according to Gina O'Connell, Local Motors' general manager.

In the past five years, the 3D printing business has exploded, following the development and release of low-cost, easy-to-use printers like the Makerbot Replicator used by hobbyists to print everything from toys to product models to guns. The trend is poised to impact the auto business, where 3D printers can lower the cost of production and the amount of time it takes to make a car.

Local Motors printed the Strati in September using the world's first large-scale 3D printer, designed by Ohio-based Cincinnati Inc. and Oak Ridge National Laboratory, based in Tennessee. But the product that put Local Motors on the map won't be in Las Vegas until January, when the Consumer Electronics Show comes into town.

The first Strati took five straight days to print. Since its first printing, the company has whittled that time to 44 hours. In the future, engineers hope to build the car in less than 24.

While most gas-powered cars have more than 25,000 parts, the Strati has 49.

When Local Motors introduced the car at the 2014 International Manufacturing Technology Show in Chicago, the Strati landed in publications like Popular Science and the New York Times. The exposure shined a light on the 3-D printing process, which has recently gained attention in industries such as health care, where doctors have just started using the machines to make prosthetics for patients and their pets.

A printer the size of a two-car garage uses digital schematics and a giant metal arm equipped with a printing "head" to produce the car. Pellets of ABS plastic the same material used to make Legos are fed into the head, which is heated to more than 400 degrees. The head moves in a pattern supplied by a computer and slowly feeds plastic and carbon fiber onto a platform to build the car, layer by layer. Soon after, the bottom part of the car seems to materialize out of nothing, like the Star Trek "transporter" done backward.

The printer produces the car's chassis, body, dashboard, center console, seats, fenders, bonnet and boot. The only things that are not printed are the windshields, springs, struts, motor, battery, headlights, steering wheels and tail lights. Engineers add those components after the printer spits out the car's main pieces.

When the car is finished, it's not pretty like a Corvette or a Ferrari is pretty. Its edges are rough and obviously fashioned by a machine. But that's the point. Local Motors' mission is to offer the world a utilitarian product, not a beautiful one.

"It could be about beauty if you want it to be," O'Connell said. "But it's more about the rapidity of getting the product out fast and at the lowest cost possible."

Local Motors plans to price the cars between $18,000 and $32,000, depending on whether a buyer wants upgrades.

Beyond its own line of cars, Local Motors hopes to tap the local community for other future-shaping concepts. They plan to operate a shop to showcase their own vehicles and a separate space for what the company calls "co-creation," or crowd sourcing.

The system works like this: local citizens interested in building cars of the future can submit prototypes and plans for vehicles or parts of vehicles directly to Local Motors, which will then offer selected projects free access to a professional work space, tools and storage space.

After uploading designs to Local Motors, designers can connect with fellow designers and engineers interested in the future of car making. Once those connections are made, anything can happen.

Once the product designers are in the shop, they can manufacture a low volume of vehicles based on their plans. And when the products are ready for sale, the designers can then leverage Local Motors' e-commerce platforms and receive a royalty for each vehicle sold.

The Las Vegas shop has not taken on any projects, because the building does not yet supply enough electrical power, a problem staffers are working to resolve within the year.

Local Motors used a similar process to make the Strati a reality. The company launched a design contest in April 2014 asking for submissions that could be fashioned using a 3D printer. Of more than 200 submissions, Local Motors picked a design dreamed up by Michele Anoe, an Italian car designer, who also named the car.

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3D Technology Helps Save A Baby's Life

Martha Perez was 6 months pregnant when doctors discovered her baby suffered from a rare and life-threatening heart defect. Perez said she was warned her daughter, Esther, may only live up to 10 minutes after being born.

"I was shocked," said a tearful Perez. "I was crying and crying."

Soon after Perez gave birth, doctors were able to temporarily reconstruct Esther's heart. Surgery to permanently repair the baby's flood blood flow, however, came just two months ago, in part, thanks to a life-size model that was created of Esther's heart.

A 3D printing and software company, Materialise, constructed the near replica using Esther's MRI scans. Richard Kim, a cardiac surgeon with Children's Hospital Los Angeles, then used the model as a guide to plan the necessary repairs to Esther's heart.

"There's nothing like being able to touch and feel what you're going to operate," Kim told CBS News. "Looking at the model, I know, for instance, the size of the patch I need to make. I know there are parts of the heart I need to remove or cut away, and they're readily apparent."

Kim said this new 3D technology allows doctors to practice and perfect procedures before surgery, while also reducing the amount of time a patient would need to be on the operating table. "Which includes putting the child on life support, opening the chest, and arresting, or stopping the heart, and then looking inside and making a decision," Kim said. "Your thought process changes when you're doing the operation from deciding if you're going to be able to do something, to actually performing the operation."

Kim said the models can also cut down on the number of procedures a child will need. When asked whether he believes using the models can make surgery safer, Kim replied, "Yes. No question."

After surgery, Esther is now expected to live a long, healthy life without any medical complications.

"I don't have words," Perez said while crying. "When my tears come out, it's not because I'm afraid, it's because I am joyful. I am so glad she's alive... That technology that they used is amazing."

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New Sensoree 3D Printed Headpiece Shows Your Brain Stress

In an amazing show of style and the brain, Sensoree has developed a new toy it has known as the NEUROTiQ. Using a thoughts indicator that choices up action based on different feelings and declares of psychological attention, Sensoree linked the development to a knitted 3D create full of “globules” that lighted when triggered by the brain. Different states show themselves in various shades along a variety described by software programming. An EEG thoughts indicator relays the brain declares and they are then lit for a amazing show of the brain.

The design presented at the 2014 New York Fashion Week deserves a driveway demonstration. The circles and lattices form a knitted design that appears like the synapses inside the brain whose action it wishes to show. The sewing and publishing process each clocked in under a hundred time each with the programming time tongue-and-cheekily left unidentified. The 3D globules have electronic devices within a plastic create.

Neurotiq 3d printing

In order to light up the knitted 3D create, Sensoree worked with the Emotiv Epoc EEG thoughts indicator complete with 14 factors that observe thoughts surf. As a result, 14 light factors, the globules, were created to indicate the brain declares. Each color harmonizes with a specific state: delta/deep sleep, red; theta/meditation, orange; beta/consciousness, yellow-green; gamma/multi-sensory thoughts condition, blue/purple/red.

The NEUROTiQ has an otherworldly look to it, yet it is exclusively human and acquainted. The headdress catches declares of the brain, the inner working parts of our being and sets alight knitted globules. It is as if the brain prolonged beyond the normal features of the head and is let reduce in an lighted independence of appearance. Strongly, the design talks her thoughts. Fascinating in its impressive use of 3D publishing and by the complicated beauty implied in something as genuine and synaptic as the brain.

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3D Technology Could Improve Security For Civilians

No matter if detecting the actual faces associated with terrorists hiding in crowds of people, locating concealed weapons or identifying forceful devices in subway devices, new 3 dimensional technology is actually a key weapon from the homeland safety measures arsenal. Surveillance devices typically make use of two-dimensional graphics, but in the event that experts can generate high- meaning 3D graphics, security companies could harvest greater information.

A team from your University with the West associated with England’s (UWE) Hub for Appliance Vision in Bristol, Ough. K. aims to extract high-resolution 3 dimensional video details even far away of many hundred foot.

“This analyze will examination the feasibility associated with combining photometric stereo audio with latest developments in sensor and illumination technologies, ” stated Mel Cruz, director associated with UWE's Hub for Appliance Vision, in the statement. “We are going to build some sort of demonstrator system competent to operate the two at shut range and at long distance, and will test drive it in authentic outdoor conditions during nighttime and daytime. ”

Photometric stereo can be a technique for estimating the actual depth and surface information on an thing by examining a similar view coming from different directions.

U. K. -based online video media surveillance professional Aralia Systems can be involved in the research venture, which is usually funded through the Technology Strategy Board. The Hub for Appliance Vision is section of the Bristol Robotics Lab.

If generally deployed, the 3 dimensional surveillance technology may help deter terrorist attacks and strengthen security for civilians.

How can it perform?

Essentially, the actual UWE system analyzes a number of images unnaturally illuminated coming from different directions. The technology relies on a black silicon sensor and combines cutting-edge detector technologies with advanced image finalizing. Information is usually extracted and utilized to build some sort of 3D version with the image, and this can be rotated to review from unique angles.

The prototype will likely be tested in outdoor landscape in the two light and dark problems. Airports, educate and coach stations, department stores, popular attractions, government houses, ports plus much more could potentially gain benefit new security technology.

The team’s analysis also suggests that the technologies could perform in varying degrees of light and dark, along with obscured problems involving, for instance, fog or smoke.

The technology may be built straight into existing safety measures networks for instance CCTV.

Utilising an enhanced remote control system can provide positive aspects like cutting down false alarms plus the need to get a physical safety measures presence.

Revealing and discerning threats

The Hub for Appliance Vision can be investigating how 3D research may help to distinguish threats including guns or explosives concealed beneath clothes. Scientists get created some sort of portable device that instantly detects and recognizes prospective hidden threats on the military in war zones. This, on the other hand, could additionally be a good choice for protect civilians at home.

The prototype device won funding from your U. K. ’s Ministry associated with Defence underneath its Rivalry of Tips scheme and got its start with Ough. K. -based devices engineering professional SEA Group. The technology operates by enhancing simple shapes and surface information, revealing stuff that are by choice concealed.

Photometric stereo audio produces some sort of composite image using gentle from three and up sources – this can be linked to a computer for getting reference data with regards to a suspected object's exterior.

The device is really effective which it can show, for case, not just the placement of some sort of weapon, but in addition the type at the same time. A modest wearable version may very well be deployed on the soldier or first responder to distinguish threats that are close.

Makeup recognition

PhotoFace, some sort of facial acceptance method of which uses high-speed photometric stereo audio, is another of UWE’s initiatives. Skin reflectance data can be captured to provide synthetic poses of virtually any face captured through the PhotoFace device.

The PhotoFace venture began in 2007 plus the initial analysis phases were together with Imperial College or university London’s Marketing communications and Indicate Processing Group. The staff also worked with defense professional General Dynamics plus the Home Workplace Centre for Applied Science and Technological know-how.

Detecting man emotions

Got a online poker tell? UWE’s 4D Perspective Project can soon detect harmless online poker tells, but in addition dangerous terrorist types.

Described by simply UWE seeing that “next age group photometric technology” the actual 4D Perspective Project catches changing facial expressions in ultra-high solution. The technology relies on a single camera for taking a series of 2D facial images even though LED gentle pulses illuminate the face area. An protocol then can determine face condition and pores and skin using shade providing data. A pc uses this data to manufacture a 3D deal with moving instantly by processing the subsequent set associated with 2D images because the 3D deal with is reconstructed.

Beyond security applications like helping facial acceptance screening with high-risk internet sites, it might also have prospective applications in medicine for instance aiding using stroke healing and facial surgery.

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New Era Of 3D Printed Food That Will Melt In Your Mouth

We have heard of 3D movies , 3D TV , 3D Games and even 3D objects printed from a giant 3D printer like real guns that can fire shots which are not harmful but now the term 3D is shifting at a much higher level. Have you ever thought of eating food printed from a 3D printer which taste real and have good delicious smell, if not than after reading this you should start thinking because in the next coming era, 3D printed foods will be seen on your dinner table. Yes , 3D Printed food, A German food company is working on a new formula that will print 3D food which will look just same as you eat your normal meals, like Steak, Sausage, Pasta , Chicken , broccoli and much more.

Eating is everyone's favorite activity and when it comes to choosing delicious foods we can take our whole day to choose what to eat and make that thing possible to eat , like if someone is smelling steak in his mind and his stomach is requesting for delicious piece of steak , that person will make that thing happen and will find someway to make steak either at home or go to a restaurant and eat that, but if you have a 3D printer at home that can print real foods for you , you will save time and can print any kind of food you want. It is just like having a restaurant at home, whose owner and customer is you.

You might be thinking , why there is a 3D printer for printing 3D foods when you can find real food in a restaurant or in the market, like carrot or any other vegetable , it can be easily purchased from the market, but why 3D printer is being built only for that purpose. Well , this 3D printed food will be special , as the food printed by this 3D printer will melt automatically in your stomach and makes it easy to digest.

Normal food sometimes get stuck in your throat , like older people who have chewing and swallowing problem, millions of elderly people suffer from dysphagia , which causes food to stuck in the throat and in the worst cases stuck into lungs which makes a big problem. 3D printed food would be best for those people who have problem in chewing and swallowing their food, where the food automatically gets melted when it is inside your stomach. This food will have all necessary vitamins and energy which is found in a normal food but the only difference will be , it is available quick and can be digested well.

Via - Fastcoexist

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What Is 3D Technology

3D Technology also refereed to as 3 Dimensional technology is something that transforms your visual experience into a real experience. A single human eye can see only 2 dimensions and when two eyes see together it makes up-to 3 dimensional. There is a term 4th dimensional as well (4D)  which is refered to as time according to physics and medical science, so Human eye is only limited to 3 Dimensions. Now when you watch any movie on a television it is only 1 dimension , but now as you know Technology has advanced to a higher level and you can now watch 3D movies on a 3D TV which looks as if you are in a real movie.

3D Technology is found in many products nowadays which includes, 3D movies, 3D TVs, 3D printers, 3D games , 3D watches, 3D smartphones, 3D Camera and much more. There are now many advanced 3D softwares in the market that performs 3D rendering of the movies and games which becomes super natural when we experience while playing or watching.

3D printers have also entered in the market, which has transformed they way we print text and images on paper. 3D printing is a technique which involves printing a virtual 3 dimensional object from a digital model. 3D printers are powerfull machines that require special hands to operate but the technology is so advanced that if you order a printer to print a real gun , It can print a 3 Dimensional gun for you which looks real and have weight.

We have a lot to talk about 3D Technology, which we will cover in our future posts. This blog will cover all the latest information regarding 3D technology and upcoming 3D gadgets and products.

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