Wissen Sie, welche Materialien Hochleistungs-Ultraviolettlaser normalerweise markieren?

Die UV-Laserbeschriftungsmaschine ist ein Gerät, das von Herstellern von Laserbeschriftungsmaschinen bevorzugt wird. UV-Laser-Markiermaschinen können nichtmetallische Materialien wie Metall, Kunststoff und Glas markieren oder schneiden und werden in Halbleitern, elektronischen und elektrischen Gehäusen und Autoteilen verwendet. Markierung, Glasverarbeitung, Markierung medizinischer Geräte und technischer Kunststoffe und andere Bereiche.

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The core component of the ultraviolet laser marking machine is the ultraviolet laser, which has its unique advantages in laser processing: the ultraviolet laser has a short wavelength and small focus, and can achieve fine processing; the ultraviolet laser directly destroys the chemical bonds of the material during laser processing. The "cold" process has a small heat-affected zone, most materials can effectively absorb ultraviolet light, and can process many materials that cannot be processed by infrared and visible lasers. All-solid-state UV lasers have the advantages of small size, high efficiency, high repetition rate, no gas replacement, no mask, and easy maintenance. Therefore, it has been widely used in bioengineering, material preparation, all-optical optical device fabrication, especially in the laser processing fields of integrated circuit boards and semiconductor industries.

At present, the development of ultraviolet lasers is very rapid, and its inherent advantages are gradually revealed. High-repetition-frequency all-solid-state lasers above watt-level power are continuously used in the processing field, and domestic and foreign research institutions and companies continue to develop in the direction of higher power and higher repetition frequency.