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To begin the process of purchasing a metal 3D printer means entering a fast-moving world with rapidly evolving technologies and materials.
Metal 3D printing brings considerations of speed, cost, and metallurgy to bear on a manufacturing landscape that ranges from aerospace to semiconductors. Demand for volumes, repeatability, and quality is also taking 3D printing into new technological territory, with inert gas environments, multi-laser systems, and layerless printing.
New and advanced alloys, such as nickel-based super alloys, high-entropy and refractory alloys offer improved strength, heat resistance, and reduced weight, while post-processing automation, quality control and monitoring, scalability, and integration are all adding to the array of factors to consider when choosing a metal 3D printer.
There are over ten ways to 3D print in metal. The following guide presents ten areas to think about when choosing the right solution for metal 3D printing:
- Technology
- Build Volume
- Speed
- Repeatability
- Software and Workflow Integration
- Budget
- Manufacturer Support and Service Structures
- Scalability
- Post-Processing
- Expert Guidance