What are different types of additive production technology?

There are a number of different production technologies (AM), which are usually grouped on the basis of the type of raw materials or the method used to create these materials into finished products. Some of the common ingredients used in these processes include metals, plastics and other substances in the form of liquids, leaves, powders and fibers. The most common types of additive production technology used to process these raw materials include inkjet maternity, aerosol nozzles, melting electron beam (EBM) and laser salivation. Some of these methods are found primarily in industrial environments. Other types of additive production technology, such as inkjet three -dimensional (3D) printers, often occur in a commercial environment and can even be built fans.

Additive production is a category of processes that construct physical objects based on 3D computer models. It can be in contrast to traditional subtractive manufacturing techniques such as machining, WHICH includes removal of material from an objectfor or workpiece until the desired shape is achieved. There are a number of different types of additive production technologies, each of which is usually designed to use a certain class of raw materials. As a result, additive production is useful in a number of industries, as various techniques are suitable for the production of many types of objects.

One type of additive production technology uses lasers to strengthen metal into various objects. This technology usually includes the use of a laser to heat the metal into a molten pool, after which another metal is added. The laser is usually processed on the pool surface, as the new material is added, so the desired object can be salted from molten metal. Some technologies that use this general technique are direct metal laser sintering and selective laser salivation.

Electron beam melting is another technology of production of additives that can outletVára metal components. This method uses a metal powder that is melted by an electron beam. The powder is usually melted in a vacuum and is formed into a layer of three -dimensional shapes with a layer. Like laser salivation, this method is usually limited to industrial settings.

There are also a number of additive production technologies that are often used in commercial environments and even fans. Inkjet additive technology is somewhat similar to traditional inkjet printers and machines that use this method are called 3D printers. This method usually uses liquid or powder plastic materials that are applied in thin layers until a three -dimensional object is formed. These devices can be used to create finished products, although they are often used for rapid prototyping.