The different technologies of 3D printersįDM (Fused Deposition Modeling) 3D printers are the most common 3D printers and also the easiest to use. The main differences between additive manufacturing processes lie in the material used as well as in the way the layers are superimposed. OBJ), a slicer (preview software that allows to transmit the 3D file and the printing instructions to the 3D printer) and of course a computer. Regardless of the process used, the user will need a 3D printer, consumables (filament, resin, powder, etc.), a 3D file (.STL. These manufacturing techniques are based on the same operating principle: adding material layer by layer from a 3D file to create a real object. The operation of a 3D printer depends on the manufacturing process in place. We are talking about additive manufacturing: layer after layer, the 3D printer will superimpose material until the part desired by the user is created. Unlike these techniques, a 3D printer creates objects and shapes by adding material in a localized way. The carpenter carves in wood to remove material and create a functional form, just as a machinist does with metal or a sculptor with stone. Usually, the manufacture of an object is done by subtracting material (subtractive manufacturing). They are increasingly used by professionals and individuals in various fields ranging from DIY to creative hobbies, to the most demanding uses in industry, crafts, design and the medical sector. They allow you to create real objects from 3D files. Vacuum forming machine (thermoforming machine)ģD printers are revolutionizing our manufacturing processes.BASF Forward AM resins (Daylight, DLP/LCD).Photocentric Resins (Daylight, DLP/LCD/SLA).
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