UV laser marking technology makes up for the previous shortcomings of low processing precision, difficult drawing, workpiece damage, and environmental pollution. With its unique processing advantages, it has become the new darling of glass products processing. UV laser marking machines can provide clear and long-lasting inscriptions on virtually any color or type of glass bottle, and are incorporated into essential processing tools such as craft gifts.
As a synthetic fragile product and transparent material, although glass can bring various conveniences to production, it has always been the appearance decoration that people most want to change. Therefore, how to better implant various patterns and texts has become the goal of consumers.
Since various materials (including glass materials) have good absorption rate of ultraviolet laser, non-contact processing is adopted to prevent glass from being damaged by external force. The extremely small wavelength of 355nm determines its high beam quality and small focus point, which can meet the ultra-fine marking requirements of glass products, and its minimum character can reach 0.2mm.
UV laser marking mainly uses power, not ink consumables. Therefore, it is safer, more environmentally friendly and more reliable in use. The graphics and text information that need to be marked can be changed at will to meet the high standard of glass bottles in the mark. The marked information has the absolute advantage of never fading and falling off.
When UV laser marking machine engraves glass, the marking time will affect the marking effect on the glass surface. Too long processing time will cause the glass surface to be engraved too deeply, and too short processing time will cause leakage points. Therefore, in the debugging process, it is necessary to try many times patiently to finally determine the optimal value parameters.
UV laser marking machine uses laser beams to mark permanent marks on the surface of various materials. The effect of marking is to expose the deep material through the transpiration of the surface material, so as to carve exquisite pictures, trademarks and characters. It is mainly used in some occasions that require more precision and higher precision. It can complete precision marking on glass raw materials, any messy text, graphics, images, trademarks, LOGO, barcodes, QR codes, production batch numbers, autographs, etc., to improve the quality of the glass.
