Why is tooling an important segment in Additive Manufacturing?

Tooling is a critical segment in Additive Manufacturing because it plays an essential role in supporting the production of components. In this context, tooling refers to the tools and fixtures that aid in the process of designing and fabricating parts. Unlike traditional manufacturing where tooling often involves complex and costly setups for each new part, Additive Manufacturing allows for more flexible and versatile tooling approaches.

With Additive Manufacturing, tools can be designed and produced along with the parts themselves, enabling a streamlined process that allows for rapid prototyping and production of complex geometries that would be difficult or impossible to achieve with conventional methods. This capability enhances efficiency, reduces waste, and allows for more intricate designs while maintaining precise tolerances. By integrating tooling directly into the manufacturing process, companies can achieve better resource utilization, lower production costs, and increased adaptability to design changes. This makes tooling an indispensable aspect of effective Additive Manufacturing practices.