The modern labor market and business environment are particularly appreciated by people who can boast skills in the field of modern technologies; especially those that – like 3D printing – are increasingly used in business.Studies “3D Academy – design and 3D printing” will allow the participant to gain specialist, theoretical and practical knowledge in this area, which will be not only an undeniable competitive advantage on the labor market in many industries, but also a future business idea .
Usually, when druk 3d printing is analyzed in the automotive industry, large industrial (and expensive) 3D printers are used to produce large parts, which is why the observations of Volkswagen Autoeuropa conducted on classic 3D printers show that now even the Ultimaker 3D printer type machines have their own application in industry.
The engineers of the mentioned company use Ultimaker: 3 and 2+ printers mainly for the design and production of indicators, clamps and various custom equipment. Thanks to the additional use of small 3D printers, they managed to reduce dependence on external sellers, as well as reduce design and production time by as much as 95% and costs by 90%. Throughout the whole year, thanks to the aforementioned solutions, the factory managed to save as much as USD 160,000 in 2016.
The process uses friction and pressure, and it has many advantages in terms of availability as well as the final quality of workmanship. MELD 3D printing technology, which has been developed for over 10 years, has metal powders and rods as the basic material. It uses an automatically controlled robotic arm programmed by a digital 3D model, similar to other 3D printing techniques. Unlike other metal AM techniques that use strong laser beams to melt the metal, the arm uses a combination of extreme pressure and friction so that the metal is hot enough to deform to the desired shape, but not so much as to melt completely. This is similar to the FDM printing processes for the production of plastic parts.The advantages of this technique are numerous. Existing AM metal processes can produce parts with various disadvantages due to the melting process associated with SLS and SLM printing technology . Inner pores, anisotropy, defects in the absence of mergers and other problems lead to parts that are imperfect.