Beam Divergence Beam divergence refers to the spread of the laser beam as it propagates away from the source. It's a critical parameter in laser engraving, influencing the beam's focus and intensity over distance. Minimal divergence ensures focused energy delivery, resulting in precise engraving and uniform material removal.
By controlling divergence, operators optimize engraving quality and depth, particularly in applications requiring fine details or intricate patterns. Managing beam divergence enhances engraving efficiency and accuracy, allowing laser engraving systems to produce consistent, high-quality results across various materials and thicknesses with minimal distortion or loss of resolution. |