The future of 3D printing is certainly a bright one. Slowly but surely, 3D products have started to gain popularity among those who are passionate about technology, and for a good reason – they are extremely realistic! Taking 3D movies as an example, it must be mentioned that they simply redefine the way you watch movies. Same goes for 3D printing: no more dull objects, now you have vivid, better looking ones!
A Closer Look At The Process Of 3D Printing And Its Benefits
The 3D printing technology is very user-friendly and versatile, as it can adapt to a wide variety of demands. Nonetheless, these are not the main qualities of this technology – what makes it truly unique is that 3D printing is significantly more environmentally friendly compared to its predecessors. It is less centralized, and it allows you to print top-notch, realistic images with a minimum of effort.
3D printing is a concept that refers to a wide range of different technologies used in order to create a 3D (three-dimensional) object from a digital file. First and foremost, the main details of the object must be carefully drafted out in the well-known CAD software. The CAD file then provides all the directions required by the machine to create the object on paper. This happens by laying down molecules layer by layer. The whole process is quite similar to an inkjet printer, like we know it. However, it must be mentioned that the type of technology that is used along with the manufacturer are two factors which determine how the machine prints the object on paper.
The Future Of 3D Printing And Top 3 Printing Technologies
The concept of 3D printing is certainly not a new one – as a matter of fact, the first machine that used this revolutionary 3D printing technology was released on the market back in 1986. Since that point, printing machines have become omnipresent in specialized shops. Initially, these particular machines allowed companies to use them as additive manufacturing machines – now, they play a pivotal role.
When it comes to the main technologies used in 3D printing, the first one was stereolitography and it was invented in 1984. Stereolithographic 3D printers are considered to be among the most precise types of hardware in what regards the fabrication of 3D material. This is possible due to the fact that the layer thickness is of 0.06mm.
FDM is another commonly used technique in the field of 3D printing, and this technique will certainly be extremely popular in the future of 3D printing, due to the fact that it works in a green and eco-friendly manner. In other words, FDM 3D printers with both ABS and biodegradable bioplastic PLA, two products that do not harm the surrounding environment.
Last, but certainly not least, another technique which will have a great impact on the future of 3D printing is SLS (or “Selective Laser Sintering”). One of the main benefits of SLS printers is that they do not rely solely on one particular type of material – they use different powdered materials, from nylon and wax to a variety of alloys.
To summarize, the above-mentioned technologies will certainly redefine the way we see printing. Technology and gadgets have evolved greatly over the past several decades, and the numerous printing techniques available have a great impact on the future of 3D printing.