In the realm of large-format industrial 3D printing, achieving optimal part quality demands meticulous attention to every stage of the process. While the excitement often lies in the creation of complex geometries, in industrial applications the often-overlooked cooling phase is paramount for ensuring dimensional accuracy, mechanical properties, and overall part performance.
In the fast-paced world of transportation, safety regulations are the cornerstone of every innovation. At Omni3D, we understand this responsibility deeply. That’s why our industrial extrusion 3D printing technology prioritizes not just cutting-edge capabilities, but also strict adherence to critical safety standards.
In the FDM / FFF technology there is a belief that anyone who can print anything more than PLA, can be treated as a solution for the engineer and industry. What is professional, industrial 3D printing? Where is the line that mark a border between the printers for amateurs, semi-professional and the industry printers for engineers and production? Why, despite many years of existence of 3D printing, the knowledge related to it, is not common? I will try to define the line between, explain the aspects, both technological and usable that is associated with professional 3D printing. That needs to be done, to know what it is, what it gives and makes it different from desktop and semi-professional devices.
