Cooling Optimization Cooling optimization refers to adjusting the cooling process in 3D printing to enhance the quality of prints. This includes managing fan speed, layer cooling time, and airflow direction. Proper cooling is crucial for maintaining sharp details, reducing stringing, and ensuring strong layer adhesion. Materials like PLA benefit from aggressive cooling, while others like ABS require slower cooling to avoid warping. Advanced slicer tools often allow users to customize cooling settings for specific layers or geometries, improving overall print performance. |