3D figure printing is one of the latest innovations. This is an innovation that takes technology to the next level. The art which was invented by Chunk Hull makes it possible to take digital 3D models and turn them into physical objects. This is done through a fabrication process known as stereo lithography. This is a layer by layer fabrication process that is based on a computer code that is fed and interpreted by the printer. This then produces what is the final product.
Many people have been wondering how 3D figure printing works. Well, this is a broad question that can only be explained partially. Focusing on some of the technologies used is one of the best ways of understanding how this kind of printing works. Once you have designed a 3D model that you need to print, you need to convert it into a G-code. This is the numerical control computer language that is mainly used with computer aided manufacturing. It is the language that tells the machine what move it will take. Without this language, the computer wouldn’t be able to tell where to deposit sinter or cure the material during the fabrication process.
One of the major technologies that you need to know about 3D figure printing is the fused deposition modeling. This is a technology that was invented by S. Scott some years after Chunk invented 3D printing. It is a technology that works in the simplest way. This is the main reason why it is used in most desktop 3D printers. It uses a thermostatic which is fed to the extruder through the hotend. The hotend melts the plastic and turns it into gooey liquid which is deposited in layers until when a complete figure or object is formed. Plastic melts rapidly thus provides a solid layer for every additional layer that is deposited. For more information click here.