In our world, there are many amazing things that can be realized and make a special collection for you. Many opportunities to contribute to this 3D printing. In our time, it takes of particular importance especially a lot of attention.

Interesting possibilities for your reimplementation will help you 3D printer. But how do you know Most of the printers can not afford for everyone. As the price of 3D printer is very high today.

But a Canadian company called Mosaic Manufacturing went the other way and realized a completely new type of work 3d printer. Let’s see the ability to perform a new type of 3D printing.

Creator Chris Labelle updated its design Palette 3D Printer. And now achievable opportunity to print 3D models have become more available to people.

The basic principle of the updated model Palette 3D Printer

This so-called colored threads delivery system that provides an easy and simple work. As a result, we can get a very remarkable color model and very complex shapes.

The main control unit supplies the material available to any 3D printer device. Thus, the implementation and execution of the models is simplified.

System from the Canadian manufacturer Palette 3D Printer is provided by supplying wires thickness of 1.75 mm. Since it’s standards for most 3D printers used in our time.

At the moment, Canadian manufacturer Mosaic Manufacturing works together with the project Kickstarter. For realization of his invention for mass production. The cost of material feeding Palette 3D Printer will be 599 dollars. Of course this is not a cheap toy. But if you compare other similar devices on the market, such as Cube Pro C, the price is 4990 USD. So you can make conclusions themselves.

In conclusion Palette 3D Printer

Many modern devices and technologies depends on our success thinking. We need to understand why we live and what our opportunities. Every day, go ahead and achieve great goals will help us to be closer to perfection.

Source: KickStarter, Geeky-Gadgets

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3D-press seems not quite so surprising trend in the construction industry nowadays. It becomes a very important part in modern architecture, but it is difficult to assume and, what the extent of this “expansion” can achieve. It seems that the construction of the “fast” boxes low-rise buildings in Asia is unlikely to be limited to the case. A potential step forward was made a team of researchers UCA Berkeley headed by Associate Professor of Architectural Planning Ronald Reelem, who recently created a stand-alone pavilion called “Flower» (Bloom), to demonstrate the accuracy of the new cement powder based on the method of 3D-printed building.

A potential step forward was made a team of researchers UCA Berkeley headed by Associate Professor of Architectural Planning Ronald Reelem, who recently created a stand-alone pavilion called “Flower” (Bloom), to demonstrate the accuracy of the new cement powder based on the method of 3D-printed building.

A potential step forward was made a team of researchers UCA Berkeley headed by Associate Professor of Architectural Planning Ronald Reelem, who recently created a stand-alone pavilion called “Flower» (Bloom), to demonstrate the accuracy of the new cement powder based on the method of 3D-printed building.

We previously we reported on several 3D-printing architecture projects, including Castle Andrew Rudenko and impressive project Winsun, consisting of 10 buildings built in less than 24 hours.

However, the method that offered specialists Berkeley team is different from them, and instead displace wet cement, their technique involves printing out of thin layers of special dry cement powder, each then sprayed with water to result could be obtained fortified structure.

“Nowadays, there are some people who are experimenting with printing 3D-architecture, but only some of them are looking at 3D printing based on cement and related materials, with noteworthy. Even those who do prefer to displace the wet cement through a nozzle to produce a coarse structure, “says Reel, who is also a member of the authors’ conceptual project Cool Bricks.

Even those who do prefer to displace the wet cement through a nozzle to produce a coarse structure, “says Reel, who is also a member of the authors’ conceptual project Cool Bricks.

Source: Gizmag

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The second generation of the unique handle for 3D-printing. Improved in all senses of the model 3Doodler 2.0: four times lighter twice more economical, new ergonomic anodized aluminum frame, streamline supply system makes plastic yarn smoother and model – detailed.

WHAT IS IT?

3Doodler 2.0 – a hand-held 3D-printer is a new generation, which dispenses with the software and connect to the PC. New 3Doodler 2.0 four times lighter than its predecessor, and is now little more than a pen flipchart.

Design of the device “grown up.” With the new anodized aluminum device became really stylish – 3Doodler 2.0 is not ashamed to put on the table the big boss.

The new system has made the process of filing “dudlinga” more enjoyable. Uniform heating now, with fine-tuning temperature, because the line go flat and smooth, and less plastic clogs the nozzle.

As a “black” unit uses rods with a diameter of 3 mm and PLA-ABS- plastic. The length of each is about 30 cm, which means it will last longer than the thread on three meters.

The fewer mechanical parts, the more reliable device. The new version 3Doodler rid of huge forced cooling fan and become more energy efficient. And most importantly – quiet! Users claim that the sound from work 3Doodler 2.0 just a little louder cat’s purr.

DESIGN

3Doodler 2.0 twice thinner, shorter, and a third four times lighter than the first version. Lost body ventilation grilles, his profile became square and replace the plastic came a solid anodized aluminum graphite shade. Button, as before, large, made of black rubber. To improve grip rubber also covered in the front part of the handle. The only bright detail – replaceable bronze-yellow tips.

HOW DOES THIS WORK?

The operation is identical to that used in the first version: plastic handle heats to the melting point and pushes it through the nozzle. Obtained from a thin line, you can just paint over the air – plastic freezes for a couple of seconds, ready models are stable and almost not deformed.

Despite the fact that 3Doodler 2.0 consumes almost twice less energy, it became quickly warmed up and ready to go after only a minute after the start, what will warn LED. The device is powered by the bundled AC adapter.

To work 3Doodler 2.0 does not require expensive software or connect to a computer.

WHAT’S IN THE BOX

• 3D-pen 3Doodler
• AC adapter
• 4 sets plastic rods (2 × ABS, 2 × PLA, 25 pcs. Each)
• user Manual

Features:

• Print Material: 3mm ABS-, PLA-plastic
• Nozzle diameter: 0.7 mm
• Feeding speed: adjustable (“fast” / “slow”)
• Maximum Print Speed: 18 mm / sec
• Operating temperature: 230 ° C for ABS-plastic, 190 ° C for PLA-plastic
• Active cooling: Yes
• Power: 220
• Dimensions: 145 mm × 20
• Weight: 50 g

QUESTIONS AND ANSWERS

What accessories are available for 3Doodler 2.0?

The company has released four WobbleWorks accessory: a set of six nozzles of different shapes and sizes Nozzle Set, foot pedal, battery JetPack for greater mobility (three hours when using PLA, more than two in the case of ABS) and stand handles DoodleStand with additional slots for plastic rods .

Can I change the colors in the “dudlinga”?

Yes I Am. Simply remove the unused balances, insert the appropriate color rod and start painting.

Can I use the leftovers for 3Doodler 2.0 bars?

Yes I Am. The minimum length of the rod is approximately 2.5 cm.

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In their latest products Hewlett-Packard has experimented with a lot of three-dimensional images and augmented reality, and now some of these technologies is planned to move to the plates and laptop computers.

According to the manufacturer the PC on its mobile devices can handle three-dimensional images with their subsequent withdrawal of the 3D-printer. This feature is already supported by monoblock Sprout, and in the near future HP will a number of relevant mobile products.

“Our laptops and tablets will support the functions that carry augmented reality technology in real-world applications, – the general manager of the PC and HP printers Ron Coughlin. – Immersive developments appear in different segments, on devices of different sizes and in different usage models.”

Futuristic computer HP Sprout helps to imagine how would look desktops in a few years. With the help of three-dimensional camera Intel 3D RealSense monoblock Sprout scans the item, then the image is processed in a special touch panel Touch Mat, and the resulting object is displayed on the 3D-printer. In early January at the Consumer Electronics Show CES in Las Vegas, HP unveiled a new monitor “virtual reality» Zvr with a diagonal of 23.6 inches, the screen displays the three-dimensional projection. Images can be moved, scaled and rotated with the stylus, without touching the screen.

Developing Sprout and monitor Zvr, HP came out on the next turn of the spiral development of three-dimensional technology and its new products are closely related to the growing direction of 3D-printing.

“With Sprout and immersive technologies you create a virtual three-dimensional objects, and then turn them into real, printing out the 3D-printer” – said Coughlin.

The transition from Sprout to the plates will be carried out using the software Workspace, which allows to obtain shared access to three-dimensional images and perform various manipulations on them. Workspace layer is implemented on top of Windows 8.1.

“We want to build immersive environments in a wide range of products belonging to different price ranges – said Coughlin. – The ability to capture and modification of three-dimensional objects on the PC will be one of the driving forces behind the further development of our business, 3D-printing. “

HP intends to actively promote innovative solutions and after separation on the company’s HP Inc., which will deal with PCs and printers, and Hewlett-Packard Enterprise, specializing in the supply of hardware and software for corporate clients.

TVs and displays to generate three-dimensional images have been around for many years, but the growth of their popularity prevents the need for special glasses. However, three-dimensional technology continues to improve. For example, the new tablet Dell Venue 8 7000, equipped with a 3D-camera Intel, able to measure the distance between objects. In Intel’s hope that in the future their 3D-camera can recognize objects and capture the mood of the people.

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Not so long ago, HP announced its decision to split into two parts, HP Inc. and Hewlett-Packard Enterprise. More details about the split of the company 3D-printing 2015, you can learn the material on our site. Many said that, despite the very large reductions, this move could significantly improve the situation at HP. And, it seems, we can already see the first details of what good preconditions is still there.

As was stated in the separation of a portion called Hewlett-Packard Enterprise will deal with various corporate decisions, such as servers, cloud services and other pieces that need more branched companies to function effectively. In turn, HP Inc. Focus on products those are closer to the end user, such as laptops, PCs, tablets, etc. But apart in this list are such things as 3D-printing 2015. And last week introduced a new technology called Multifetal Fusion Technology, which can significantly affect the balance of power in the industry.

By the way, last week, was shown another product that is closely associated with 3D-printing 2015, namely HP Sprout , in which a three-dimensional scanner, and there are many very unusual features. More you can read about it in the article on our website.

HP is taking a step in the direction of leadership in the field of 3D-printing 2015

I do not need to be super-expert in the field of IT, to understand that for the 3D-stamp of the future. Scenarios of use are very diverse and yet confined to technical progress. For example, some of which you can read in our article on how to use the 3D-printing 2015 at home.

To date, the markets of 3D-printing 2015 are not yet formed. This is especially touching segment of “home” devices. Until now, there are quite successful projects on platforms like, which provide an opportunity to “ordinary people” realize their ideas, not only on paper but also in a more three-dimensional shape. The fact that small companies can quite easily break into the market, largely due to the absence in it of large players who have trampled all by itself at the expense of production capacity and capital.

And here is the company HP (or rather, already HP Inc.) first spoke about his plans to conquer the segment 3D-printing 2015. Make it she plans, as already mentioned, with the help of technology MultiJet Fusion, which allows you to make a more robust and detailed objects than modern 3D-printing 2015. This effect is achieved, inter alia, due to the fact that printing occurs not points and entire surfaces.

Unfortunately, the mass of such technology 3D-printing 2015 will come only in 2016 that pretty soon. But while HP is poised to become the first mass producer, who will conquer the market of 3D-printers. It is possible that in the near future, the verb will mean “print in 3D”, as it is now means “multiply on the copy machine.”

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Modular smartphone from Google, which originated in the bowels of Motorola, but then carefully left the search giant under its own wing, begins to take shape. Already the first conference for developers and Ara-released MDK, as you can read on our website here . According to rumors, the first samples of devices may already be relatively soon go on sale at very attractive prices, so I wanted to share with you some thoughts about the development of this project.

Prologue

Immediately say, that in the future I will not go into the technical complexity of implementation ideas, suggesting that Google engineers in conjunction with third-party developers will master what they put on their shoulders.

Project Ara

I would pogovrit that is good and bad I see the concept as such, without looking at the potential compatibility issues modules, development of a universal bus that it is equally suited for both the battery and the camera module, and other issues , which surely are in nightmares nouveau Ara-developers.

Pros

So there you go. In their palaces mind I thought the owner introduced himself newcomer modular smartphone from Google. Let’s start with the good, ie with the advantages that I appear in comparison with owning ordinary “solid” smartphone.

Set “week has”

Perhaps the coolest feature of the opportunity to replace smartofna is adaptable to the needs of each particular day. For example, if I want to go out and lyapograf summer day pofotgrafirovat, I natseplyu hefty camera module on mnogomegapikseley with optical stabilization, and all the works. And if I have to work a full day, phone calls, negotiations, instead of the camera module I’m stuck on an extra battery to just hang on to the end of an intense day. Thus, the smartphone will be able to adapt to their current role if a good actor for the new movie.

Options for configuration modules can come up with a great variety. Yes, they still have to buy if you want to have a variation, but it will be cheaper differently than have, say, Note 3 and Droid Maxx (for problems in the example above).

Update

Update – that point, which in the context of Project Ara not say just lazy. Frankly, it is quite a little hard to believe me, despite the fact that this potential updates are hardly a major asset ideas modular smartphone. The fact is that in order for me to want to spend money on new hardware, it must make a new level of usability, otherwise in this sense is not so much.

And if we are talking about the period of 5-6 years (according to the developers Project Ara), then believe that hardware manufacturers can all look back on this time backward compatibility to new modules fit the old cell, I quite difficult. However, we agreed not to talk about the technical problems of implementation.

Third-party developers

We live in a time when many bright ideas can come to life through kraudfandinga and other amenities of the modern world, the same companies like Google or Facebook, which can buy a small startup for an impressive money.

Project Ara

However, even now many of the ideas, even very steep, may face barriers to entry in osobennoti when it comes to filling hardvernye smartphone. For now, making up a steep component developer should find a ready or a smartphone manufacturer who agreed to adapt a new feature, or to collect their own, and somehow try to sell it. Project Ara can significantly reduce the data barriers, allowing developers to produce only their own modules without having to release the whole smartphone. I think this could be a good impetus to many interesting ideas for smartphones saw the light.

Cons

With all the obvious and not so pros, I believe that Project Ara has a number of drawbacks. And here are the ones that I think are essential.

Endoskeleton

As you know, Google will supply several sizes endoskeleton – molds into which to cram modules. And it is this part at the moment it seems to me the greatest Fail. The fact that the modules will be “enter” in the special section! Skeleton provided beforehand! and fasten them on magnets (mechanics of which, incidentally, is quite interesting, but now is not it).

Project Ara

Take, for example, the medium variant of the skeleton. It is available to me 2 module 2 * 2 * 2 4 module 1 and module 2 1 * 1. The problem is that I do not want to play in the sea battle, I want to play Teteris! I honestly do not understand why not get rid of the track and not allow me to assemble modules as you want me, not the way it is provided Google. In this case, I could pave the entire surface of the six rams 3 * 1 or fit battery, size 3 * 4 for a long trip with no prospect outlet. And under the current structure all this is not possible and I honestly do not understand why it is done.

I do not want to play in the sea battle, I want to play Teteris!

I’m sure the question of fixing the modules could be solved without the help of the guides. In the end, each cell 1 * 1 to make a small indentation with latches (like cubes advanced LEGO, for example need not go far). And I came up, sitting on a chair and not being in the lab on Google, as they have something on it and will maybe more resources and time to reflect on the issue. Would desire.

In general, the guides on the “skeleton” – an obvious evil, limiting both developers and users.

Carthage Guide ribs must be destroyed!

3D printing

Google says a lot about the use of 3D-printing technology in the development of modules for Project Ara. In this regard, I have an idea that the concept of a modular smartphone slightly ahead of its time. For quite a long time I’m waiting for the time when the 3D-printer if not every home, even though direct access. Then download torrents fly on the relevant sites can be anything, ranging from cases for phones, ending replicas of their creations maynkrafte and then printing them for just pennies.

3D-printing could greatly contribute to the spread of the modules will relieve capacity plants, moving them to the lucky owners of private territory sootvtetsvuyuschih printers.

Therefore, if the Project Ara will is focused on a model of the spread, then it seems to me, it is worth to wait until the dumb as a niche private acquire 3D-print form and is repelled from it. Left to wait a bit.

Design compromises

Anyway, to create modular smartphone will have to make certain concessions. In the first place, they will be in the size of the device, which is not even trying to deny the people working directly with Project Ara. I do not know about you, but I would have been much nicer for conditional 6 years 3 times to change the device, but every time I have to be a monolith and well assembled smartphone than all six years I will walk with a thick big gadget, while changing in It spares. For the convenience to pay. And while I’m not very convinced that the positive effects of “modularity” are this convenience.

Sales

To interest a lot of developers who will have to create an ecosystem around the modules Project Ara, to convince of the fact that they can get from a decent profit. And it needs to convince them that the sale of “skeletons» Ara will be high. And it needs to ordinary people, most of whom now zazombirovana to purchase an iPhone or Samsung, realized that Project Ara – that’s what it is they need. And yet experience shows that opinions of the masses is nothing better than a multi-billion dollar advertising budget.

Will Google on such financial risk investing money in a potentially (but only potentially) lucrative idea – the big question, the answer to which can only give gentlemen Page, Brin and others of that ilk.

Epilogue and conclusions

The bottom line is, I do not particularly believe in Project Ara at this stage of its development. I think that in the next year or two it will be something similar to what is now a Google Glass – gadget for geeks that the general public is not really understands. At the same time as Google Glass, Project Ara has a fairly high potential, both technical and commercial.

Let us look at what the end epic with all conferences, development of modules of interest and potential sales start in the foreseeable future at attractive prices. So far, everything is pretty inetersno to watch from the sidelines, but no more.

Write in the comments what you think about Project Ara, will be interesting to hear your opinion. Do not forget to encourage article zhmakaniem social networks on a button below it, if you were interested to read it, maybe your friends with whom you share it, share your feelings.

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Philadelphia, became the first American city in which local authorities have decided to adopt a bill banning the use of 3D-printer for firearms.

Philadelphia City Councilman Kenyatta Johnson, who initiated the bill, during the interview Philadelphia Magazine reported that at the moment he does not know anyone who would use the 3D-printing technology for the manufacture of weapons. Nevertheless, this does not mean that a ban is not necessary.

Recently, the web keeps popping news about functional and affordable models of weapons of plastic, printed on the 3D-printer and software that allows you to “encrypt” and put in the public domain 3D-model of illegal weapons. Philadelphia Local authorities fear that the plastic arms and metal detectors can fool existing security system, which in turn will lead to irreparable consequences. While it is difficult to say exactly how city officials will monitor compliance with the ban, because the 3D-printers can still be used at home.

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If a company specializing in 3D-printing, and government agencies are hoping to continue to control the spread of dangerous and illegal of 3D-models of various objects, they need to be more vigilant.

Late last month, Matthew Plummer-Fernandez, 31-year-old creative designer and technologist from Goldsmiths College, part of the University of London, presented to the public a special tool called Disarming Corruptor, designed to distort the drawings of objects that can be printed on the 3D-printer. He created the app allows you to change the 3D-model of the object beyond recognition. In order to restore the drawings need only pre-generated key. Only after that the object can be printed on the 3D-printer. In other words, Disarming Corruptor allows you to “encrypt” and put all the drawings of objects that can be printed on the 3D-printer on popular sites like Thingiverse.

Mr. Plummer-Fernandez says the idea of ​​3D-models of masking occurred to him for the first time when specialists iMaterialize denied in print that he created 3D-model of Mickey Mouse for reasons of copyright protection. Then he thought again about this venture as a site Thingiverse in 2012 removed all the component drawings 3D-arms. Appendix Disarming Corruptor distorts the shape and proportions of an object changes so that it becomes unrecognizable.

“When the patent trolls and law enforcement agencies will find encrypted 3D-models, they will see only abstract textures and distortion. In fact, the data files are the objects, but in need of renovation, “- says Plummer-Fernandez.

It also encourages the download encrypted drawing any objects on the site Thingiverse marked «DC».

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During the conference, Canalys Channels Forum 2013 in Bangkok, HP CEO Meg Whitman outlined the company’s plans for the future and announced an expansion into new markets. According to her, in mid-2014, HP will release its own 3D-printer, reports The Register.

We can not pass by such a rapidly developing market. The more that HP has invaluable experience in this segment, able to soon take the company into the lead. At the moment the development of 3D-printers – this is one of the priorities of HP labs, – said Meg Whitman.

It is known that in the process of developing its own 3D-printer, HP will pay much attention to two main parameters: the time required to print the object, and the cost of the printer itself.

At the moment, 3D-printing technology is in its infancy. This is a great opportunity for HP and we use it to 100%. By the middle of 2014 we will have something to show, – added the CEO HP.

Unfortunately, more details of what will be a 3D-printer HP, Meg Whitman has not disclosed. It merely pointed out that it would be completely “new technology”.

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Currently, the network has quite an interesting mention of the research project, Intel Labs. The project is called Jimmy and is a robot that is made up of components that have been printed with the help of 3D-printer.

Intel Futurist Brian David Johnson (Bryan David Johnson) during the event Maker Faire for the first time gave the project the general public. In the video, provided by the resource CBS, you can even see Jimmy, or rather his non-work modification, with my own eyes.

Resource AllThingsD notes that the process of programming Jimmy after the assembly is quite simple. Does not matter what program the smart phone. You can also download software created by other users. In this case, the installation process will not differ from the usual applications to run on iOS-and Android-powered devices.

According to Johnson, the main goal at the moment is to create a special set of tools costing less than $ 1,000, which will be available until May 2014. Until that time, he hopes to reduce the cost of a set of up to $ 500.

Users in New York City, where the event takes place, can obtain a free book entitled «21st Century Robot», which includes open-source component drawings robot.

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