X-Y Resolution X-Y resolution defines the smallest horizontal feature a 3D printer can reproduce, influencing surface detail, dimensional accuracy, and sharp edges. It depends on nozzle diameter, motion precision, and light pixel size (in SLA/DLP printers). Higher X-Y resolution provides finer details, smoother surfaces, and intricate patterns. Proper slicing algorithms, layer height, and speed settings optimize X-Y resolution. Advanced printers use optical encoders, linear rails, or galvanometers for high-precision movement. X-Y resolution enhances print quality, aesthetics, and functionality, supporting artistic models, dental applications, and detailed figurines. |