Best 3D Printers
Best 3D Printers: Buying Guide
Until a few years ago, it was unthinkable to install 3D printers in your home or garage as they cost a fortune and the quality of the creations was rather poor. Over the last few years, also thanks to several Chinese companies that have been able to reduce production costs, 3D printing has become a domestic hobby and not just a means for the realization of industrial products.
But it can also be more than just a hobby. If on the one hand 3D printing allows you to create nice gadgets, toys, or small puppets, on the other it can help in a thousand different situations. For example, it allows you to create adapters or supports for your devices or to download any type of model to build it at home simply by activating the procedure provided. Often it only takes a few clicks!
The Best 3D Printers Point are obviously those designed for industrial use and can use any type of material to forge products with a precision greater than even a millimeter. But even 3D printers for home use, especially the most recent ones, can give satisfaction. Today we will deal with products designed for domestic use, understanding how they work and how to approach the choice of the best model based on your personal needs.
How 3D printers work?
That of 3D printers is a fascinating world. These are products that can create real objects from nothing (or almost), and I'm not just talking about ornamental objects. Sitting comfortably in an armchair, you can create any three-dimensional model and then see it materialize during the printing procedure, which can take very different times depending on the 3D printer model.
Models for home use typically use a printing technology called Fused Deposition Modeling (abbreviated to FDM ). What's it about? The basic concept is very simple: a filament is used of a material of your choice which is heated through a moving extruder nozzle. The nozzle is moved on three axes within an area in order to create the 3D model entered by the user with the material. The material is melted through the heat produced by the nozzle and then solidified through the use of ultraviolet rays.