In additive manufacturing, what does local optimization focus on?

Local optimization in additive manufacturing specifically targets the improvement of particular elements or parameters within the printing process. This focus allows for addressing issues such as layer thickness, print speed, or temperature settings that can significantly affect the quality and accuracy of the printed parts. By fine-tuning these individual parameters, manufacturers can enhance the performance and reliability of their additive manufacturing processes, leading to better printing outcomes.

This approach contrasts with broader optimization strategies, which might look at overall efficiency, cost reduction, or supply chain logistics, rather than honing in on specific technical aspects of the printing process itself. Local optimization is vital in achieving high-quality prints and can often lead to better performance in the finished products by ensuring that every detail is carefully calibrated for the best results.