Additive manufacturing (AM) has evolved far beyond niche applications, and one technology within this realm may propel it further into the mainstream. Multi-axis printing offers enhanced control over the geometry, strength, and size of printed parts, while minimizing reliance on specialized technologies. By enabling the production of larger, stronger, and more intricate components, multi-axis printing expands the applications of AM and enhances its feasibility as an investment. This paper will explore the significance of multi-axis printing for complex geometries, its role in creating stronger components, and the advantages of leveraging industrial robots for larger print volumes. However, achieving these objectives necessitates the utilization of appropriate digital tools for understanding, analyzing, and optimizing innovative designs.
- Multi-axis printing enables complex parts in higher volumes.
- Eliminates gravity constraints for precise designs without compensation.
- Allows for continuous deposition paths, improving stress characteristics.
- Encourages creative engineering and scalability of parts.
- Supported by robust software like Siemens Software.
- Siemens Software facilitates the transition to the next printing era.
