Until more than a dozen years ago, the slogan 3D printing was associated rather with Science Fiction movies and generally understood space technology. The development of civilization and the possibilities that technology gives us, however, make changes in the functions of devices so fast that it is hard to keep up with them. And although it may seem that sls 3d printer with industrial capabilities is a completely unnecessary gadget, in practice it turned out that such printouts found their application in a number of different areas. Consequently, experts constantly emphasize that in the coming years this technology will continue to develop and become a common element in homes and we will use it every day.
Technology for the 21st century
Modern industrial quality sls prints are used in many different fields and are very often used, for example, in the production of prototypes of various parts for devices, machines and implants in medicine or surgery. These highly specialized destinations go hand in hand with these completely mundane. 3D printers are great for designing a range of everyday objects – toys and gadgets. It’s a great entertainment that still makes us feel like in a futuristic fairy tale.
Print of the future
Perhaps in the future we will be using technology similar to that used in 3D printers and we will get industrial quality sls prints or also of a utilitarian character. However, it is worth remembering that the strength of this solution lies on the one hand in modern technologies, and on the other in a great design. The 3D printer easily implements even the most futuristic or complicated projects with the help of plastic, ceramics and metal, which is why this technology will be extremely important in the development of medicine or various branches of industry. The printing process itself consists in creating and applying successive layers of any material with sophisticated thickness on the printer table. And so with time, the object, part of the implant or gadget that implements our project will be created.
SLS is widely used for producing functional prototypes and parts as well as some end products. The biggest advantage of laser sintering is the almost complete design freedom; excess unmelted powder acts as a support for the structure as it is produced, which allows for complex and intricate shapes to be manufactured with no additional support needed. As a side effect of this process, finished objects require more time to cool and thus, cause longer lead times.