A growing variety of sectors can benefit from the demonstrated benefits of 3D metal printing machines. In addition to producing parts with internal structures and geometries that are impossible to cast or otherwise fabricate, a 3d metal printing machine also enables engineers to build intricate assemblies in a single piece. By doing so, the efficiency of the finished product is improved while saving time and effort on processes like welding.
Functional prototypes made of the same material as production parts with metal additive manufacturing may be produced quickly. Additionally, the approach significantly reduces the cost and time associated with producing specialty metal components for high-tech industries like aerospace.
Advantages of 3D printing metal components
- On-demand manufacturing More flexibility and control over the production line is provided by metal additive manufacturing.
- Waste minimization Metal additive manufacturing, for instance, creates much less waste than CNC machining since it only uses the material required for a specific product. In contrast to powder-based procedures, where it isn’t always possible to reuse 100% of unsintered or unbound material, extrusion-based methods are more likely to be true.
- Lite components: With previous techniques, metal parts are often entirely solid infill-wise, while 3D printing enables things to be mostly hollow without compromising their strength and resistance.
Price of a metal 3D printer: What does a metal 3D printer set you back?
Prices for the most expensive, industrial-grade metal additive manufacturing equipment range from roughly $30,000 to over $1 million.
The ingredients for metal 3D printing, which can cost several hundred USD/kg, and expenses related to post-processing, are additional costs to consider.