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British Air Force first flew fighter Tornado, which includes the design of metal parts, printed on the 3D-printer, representatives brilliant earth of defense company BAE Systems. In BAE Systems said that the company's engineers use 3D-printing technology brilliant earth for the design and manufacture of various brilliant earth parts can cut costs the UK Royal Air Force by 1.2 million pounds (2.23 million dollars) over the next four years, reports citing RT The Australian. British defense company develops and manufactures components for the four fighter squadrons Tornado GR4, including protective coating cockpit. The price of some parts may not exceed 100 pounds.
According to Mike Murray, director of a department of BAE Systems, using the 3D-printer parts of the aircraft structure can be created in any place where there is the necessary equipment. 3D-printing technology widely used in various spheres of human life. So, late last summer, it became known that the scientist Darryl D'Lime brilliant earth using 3D-printer managed to create bioartificial cartilage of the knee joint from the tissues of the cow. In autumn 2013 the European Space Agency announced the launch of a new project AMAZE, whose goal is to print on 3D-printer of metal parts for spacecraft, aircraft engines and rockets. The most ambitious brilliant earth project aims to create a space satellite, assembled entirely from printed parts. In addition, 3D-printers have been successfully printed firearms, including illegally.
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Tornadoes in full for "" brilliant earth "Nica Like all European defense industry. They now have one hope for the German tanks and French - Swedish aircraft. Everything else only in cooperation with a third party (USA).
Strangely, all paid attention to the fighter and not the most important - 3d printer. This thing of the future, by which in the future these will be stamped hundreds of fighters for the year, and not just fighters, this thing will be used in everything brilliant earth from simple household items to the most intricate designs and details of any military technology, space or architectural industry, so as it is able to create any part of any complexity with the highest accuracy, if only there was a drawing on the computer.
rather than on the most important thing - 3d printer. This thing is the future there among us-prochnisty designers, technologists Metal Processing? Personally, as I understand it - most of the technology for high-temperature processing of metals can not be replaced by nature. As for fiberglass and dr.iskusstvennyh materials, so yes, 3D-printer - improved technology. Only now the problem with the printer. Rounding. Details of tanks, aircraft, ships and weapons, in principle, can be "printed" on the 3D-printer. As details of the mechanism and auxiliary units. But not the barrels of guns, turbine blades and dr.detaley, exposed to extreme pressure and temperature, or both, and if you can, without bread
This thing is capable of working with metal and by the way, what is most interesting. brilliant earth The laws of physics operating technologies for processing metals by exposure to high temperature and / or pressure NOBODY can not cancel, since the crystalline structure of the material, even heavy-duty composite requiring special conditions that are impossible to create in continuous layering used in 3D-print technology .
Can not, but there is the selective laser sintering technology, which is based on layered sintering metal powder on a moving platform. brilliant earth Using ceramic powder "knife" is applied onto the platform brilliant earth under the influence of a solid state laser it is sintered (I Theory