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This article is about the advancement of 3D printers recently. A 3D printer is a device that creates 3 dimensional objects from digital models. A 3D printer accomplishes this by spraying on layers of plastics or metals to eventually create an object. This article focuses mostly on new software which pinpoints weak spots in a 3D print digital model and adds thickness or struts where needed. There is also an option to reduce the thickness in some areas where it is already structurally sound enough, reducing the amount of material needed, weight and cost. 3D printers have become so advanced recently that an average person can go and pick one up for as little as $300. The future of 3D printing looks amazing and as time goes on, these devices will become more and more advanced.  I chose the tag of eLifestyle because 3D printers are quickly becoming a household device that many can afford. Advances in printer technology are making it possible to find a model online and then print it out right in the comfort of your own home, instead of going out and buying it. I really like the idea of 3D printing, it feels so futuristic in that we can print our own things on a whim. I think 3D printers could also be quite dangerous as anyone who has access to one of these devices could print out weapons such as knives and firearms. It seems as authorities would have trouble controlling this and could pose a major problem in the near future. Overall 3D printing has both its ups and downs.

As HP is falling behind all the new technologies they are beginning to be a disgrace to the technological world, and the world of annoying and pointless subscriptions. HP is now going to introduce a new service called instant ink that will cost somewhere between 6-10 dollars a month. basically what it is will be a message will be sent to this service when your printer is out of ink, and in a few days, you will get more ink. Ya definitely not going to work.

Since 3D printing is becoming more popular, workers can assemble anything by using it. In this article, this product could be the world's first 3D printed car called "Urbee 2". It is a three-wheeled hybrid assembled with pieces that is printed out from 3D printers. With this model, Urbee looking forward to changing the way we build cars today and in the future. Urbee is the invention of Jim kor and his group(Kor Ecologic) that is dedicated to future 3D vehicle manufacturing. Their goal is to make vehicles energy-efficient and is easy to assemble. The location where this first 3D car is being processed is at RedEye, where the first worlds 3D printed motorcycle was assembled. 3D printing is very helpful to workers that are making anything because instead of producing parts that would be assembled later, the 3D printer can print out a single part that makes manufacturing a lot simpler. Urbee is called for being a race car safety. 3D printing offers many possibilites but it is really expensive. But with it you can manufacture lots of things with it a lot easier and more efficient.

As if 3D printing wasn't impressive enough. A unnamed man in the US successfully had 75 percent of his skull replaced using just a 3D printer. The printer printed out an implant, which the company (Oxford Performance Materials) was granted permission to install within the patients skull. Also stated was that the implant has special indent and features that allows and promotes brain growth within the patient. The potential of 3D printing is extremely high. The company has said that they can now print out implants to fix any type of bone damage, whether it be from disease or trauma. The company also says that 500 people in the US a month could use this technology to fix any injuries. 3D printing is the future of the medical field, and I wouldn't be surprised if some day we could 3D print organs.  3D printing is talked about a lot in Mr. Fabroa's class, but I believe that it deserves all the coverage it gets. It truly is the future of the technological world.

This article is about a new 3D scanner. So far this scanner has created high levels of interest and is only selling for $450 Canadian compared to the NextEngine scanner that currently sells for $3000. There were two people that created this scanner and hoped to raise $81 000 but so far have already raised $228 000. The pair said that they built this scanner in mind for anyone who had a 3D printer. They said that is less complicated machinery and  doesn't have the same amount of moving parts that a 3D printer has. This scanner can scan objects up to a 5-inch diameter and a 9.75-inch height. On average it takes 3 minutes to scan an object.  This is an affordable way to get a 3D scanner aimed at the hobbyist and the consumer market. I think that this is a cool new product that many people will use and enjoy.

HP managers in Russia have allegedly bribed executives in the Russian Prosecutors General Office for about $9.7 million to land a deal to supply the office with HP computers, printers, etc for $45.3 million. German lawyers say that HP its self should be prosecuted and there should be a US investigation. HP is cooperating with the US and the court but say that they didn't that this was happening. The people who bribed those officials are not very smart because if you bribe someone you know that you will get caught sooner or later. Because of their actions this might cause a fall in HP sales of their software, computers and printers. Legally this ruins costumer trust for HP and could also cause fall of sales.       

A university Of Wellington graduate from New Zealand invented the Cortex cast. It is a 3D-Printable cast and has many benefits over your traditional plaster and fibreglass casts. The cortex cast is breathable, aesthetically pleasing, thinner/lighter, and waterproof. Though the start-up cost for a large 3D printer is expensive, the casts can be printed cheaply after. This technology is also being paired with 'Ultra Sound" healing. (LIPUS) is known to help heal fractures by up to 80%. I believe this cast in the future will be the one everyone will want and everyone will use. Once 3D printers become a standard piece of equipment in hospitals, the "Cortex Cast" will take over.

Evan Atherton created a pair of speakers that provide a customized light show for the music that is being played out of them. The interesting part about these speakers is that they were made using a 3-D printer. He created each individual cube with a hard plastic and a flexible rubber. He also added an addressable RGB LED strip that is operated by a microcontroller from the company Lumigeek. The speakers will not be for sale since it costs around $2000 and over 60 hours to make. 

This article is about an artist who has been using remaining DNA samples, software, and a 3-D printer to create faces off genetic material. I thought this article was interesting until I found out that the faces created aren't an exact replica of the people the DNA was received from. The faces are just formed with the possibility of having the same facial features, gender, ethnicity, and so on.  And although the results are not accurate, our technology may advance enough that someday we'll regret leaving hair, skin, or saliva in public. Who knows? One day we might possibly be cloned!

Many hardware development companies have been popping up all around the world even obscure places like Kazan Russia. This article is specific to Navigator Campus which will try to make itself into a larger company. Their focus currently is into consumer goods and products like robotics, 3D-printing, and wearable technologies. I think it's really good that many hardware producers are being formed because a lot more people will be given the chance to try out their ideas and develop new technologies. Also when you have more people working on the same things like 3D printers the technology will evolve that much faster. Finally, I like that smaller companies are trying to come into the market and try to grow and compete with the larger corporations.