Metal 3D printing will change the face of production in every way, capable of solving many problems associated with traditional methods.
Fremont, CA: The global manufacturing market is in a state of flux, putting the metal additive sector into a new realm of existence. Although 3D printing uses materials like food and plastic, the future looks specifically bright for metal. A wide range of metals is being used in 3D printing, which includes aluminum, cobalt alloys, bronze, copper, nickel alloys, gold, nitinol, platinum, palladium, silver, titanium alloys, steel, and tungsten. They are best suited for industries like aerospace, biomedical, and jewelry.
Meanwhile, manufacturers began to make heavier infrastructural investments in 3D printing technology. There are increasingly relying on it for the improvements made in 3D printer technology, including higher parts quality, manufacturing-grade accuracy, and repeatability, as well as an expansion of available materials. While many use metal 3D printing with different materials and printing methods, it enables users at all levels, including large scale factories, individual engineers, and designers working in office spaces to work with metal in additive manufacturing.
Engineering software tools for Metal 3D printing will continue to evolve and improve, especially for the optimization of designs and support material. Metal 3D printing solution providers are utilizing machine learning (ML) for heightened process control. This has resulted in significantly better Overall Equipment Effectiveness (OEE) and broader addressable markets. Manufacturers across industries are finding new ways to apply this technology, specifically focusing on personalization. 3D metal printers give a much more dynamic method to manufacture metal machinery than traditional methods. An aerospace engineering company could use this technology for prototype models, while a car manufacturer might use the same technique to order 3D metal parts.
3D metal printing is faster and efficient than traditional methods of industrial production. It creates a significantly lighter product at a reduced cost. While the standard production methods require binding solutions or adhesives to hold them together, metal 3D printers eliminate the need for these adhesives. In 2020, Metal 3D printing will be recognized as one of the most transformational and consequential technologies resulting in the fourth industrial revolution.