As you know, 3D metal printing concerns layer by layer modeling. Engineering folks also call it additive manufacturing. Truly, it rules the automotive industry, oil and gas sectors, research organizations dealing with advanced engineering, aviation, jewelry making, medical industry, etc.
Why Should You Consider Using 3D Metal Printing In Your Business?
Issue Of Cost Per Part
In any other fabrication method becomes cheaper when there is an increase in cost per part. For instance: Forming, machining, injection molding, etc. are the best-proven examples of these. On the other hand, in low and middle volume, these are immensely costly to use because of the overhead costing. The graph remains amusingly stable in this case.
On the contrary, in 3D metal printing incurs no additional costs. It has a cost-saving solution making the cost graph stable. It makes your business venture to adopt an economical way for any volume, may it be any extreme (high/low).
3D Metal Printing Not Complex As Old methods
As conventional manufacturing involved time-consuming methods, all these methods depend on complexity. The more complex the part is, the more will be the cost. In this process, from factories to cast parts remains, everything is hit with complexity. Hence costly parts take up a lot of time to fabricated, which results in material wastage.
Metal 3D printing expenses are. Instead, part size is driven rather than complexity. Because of the significantly automated additive methods, there is minimal wastage of the parts. For example, impellers are very costly in the machine but comparatively affordable to print.
No Boundaries In Manufacturing
All manufacturing methods have some or other limitations. Whereas, in 3D Metal Printing serves the platform for anything that other methods cannot. It can tailor to features such as cavities, complex curves without conventional constraints. Surprisingly, the printed parts can be optimized topologically to enhance their efficiency making it light weighted. For example, Stanley Black & Decker engineers could fuse the four-part assembly into a single 3D printed piece.
The metal that makes 3D printing parts is titanium, steel, aluminum, superalloys, etc. Therefore, the parts have outstanding mechanical properties. This technology links the mechanical properties of metal to design flexibility.
The printed parts are up to 60% lighter in weight than the machine-made ones. Everything ranging from lightweight aeronautical parts to tooling inserts every potential part reaps designing benefits. Besides, 3D print slicing software does tool pathing, which avoids laborious tasks.
Its unique features promise to deliver solutions in many spheres of metal manufacturing. If you want to step in a new way that saves time, delivers high precision objects, reduces energy resource consumption, then metal 3D printing is a method to consider.