As a species, we rely on short introduction to 3D Printing Technology heavily on technology. Our creative and innovative minds have allowed us to create different types of fused deposition technologies that continue to change the world. Previously, with the introduction of printing, people could easily get hard copies of their documents, books, and other important files. The introduction of color-fused deposition 3D printing technology allowed us to print color documents and books in no time. The latest innovation that promises to revolutionize the world of printing is fused deposition 3D printing technology. So, This 3D printing technology was born about 30 years ago.
Fused Deposition 3D Printing Technology
Imagine a traditional printer adding a layer of plastic to form a true 3D printing technology object. But It is controlled by a computer that “reads” a single file containing a 3D object model. Initially, this 30-year-old fused deposition printing technology was expensive, and until now it has only been used in industries to achieve rapid prototyping. For some time now, 3D printers technology has been available to fused deposition regular people as well, prices start at around $600 and you can buy a good quality machine for about $1400.
What does it differ from? 3D Printing Technolgy
Previously, printing consisted only of reproducing images or texts on paper. These docs can only act as an image of the original object, but they can’t really give us an idea of the object’s properties. However, with the help of fused deposition 3D printing, we can bring objects to life and reproduce them in a way that enables us to understand the properties of objects. However For example, if we take a 3D printing technology of a chessboard, then its image will be reproduced with the help of a fused deposition 3D printing technology object. This entity will gaze very comparable to a chessboard.
3D Printing Technology Techniques
Unlike traditional printing, fused deposition 3D printing technology uses several methods to reproduce the object and these methods are:
lithography or (SLA);
molten deposition modeling (FDM);
Selective Laser Fusion or (SLM);
Selective laser sintering or (SLS);
Electron beam fusion or (EBM) and
Manufacture of armored objects or (LOM), etc.
From this moment on, industries all over the planet are using various methods to reproduce images of objects with the help of 3D printing technology. They choose the methods based on their requirements and when they find it, therefore, it will be possible for them to use any particular method for fused deposition. Various engineering institutes are trying to develop more 3D printing technology methods.