What is one effective method to minimize limitations when printing bridges?

To effectively minimize limitations when printing bridges, reducing the bridge distance or using support material is an advantageous approach. When a printer creates a bridge, it is spanning an area between two points without any underlying support. The greater the distance between those two points, the more challenging it becomes for the material to maintain structural integrity and avoid sagging during the printing process. By reducing the bridge distance, the likelihood of sagging or failure is significantly decreased, allowing the filament to cool and solidify before it has a chance to droop.

Additionally, using support material can provide a temporary structure that offers stability to the bridge and can later be removed once the print is completed. This method effectively addresses the potential issues of unsupported spans, leading to more successful and aesthetically pleasing prints. Adopting these strategies helps ensure that the printed object adheres better to the intended design and function.