Porous support laser processing system

Abstract

The present invention relates to a porous support laser processing system and aims to provide a high-speed laser processing system that optimizes laser pulse control and high-speed movement of a scanner to prevent processing delay or non-uniform pulse distribution due to acceleration and deceleration and maintain constant spacing between holes. To that end, the present invention discloses a porous support laser processing system comprising a laser source outputting a laser beam having a pulse repetition frequency; a scanner receiving the laser beam from the laser source and reflecting and irradiating the laser beam to a porous support; and a controller integrally controlling the laser source and the scanner, wherein the controller controls the laser source and the scanner such that the pulse repetition frequency of the laser source and a moving speed of the scanner are synchronized based on a ratio to form a plurality of holes with constant spacing, constant width, and constant depth in the porous support.

Dependencies are inferred from the claim text.