High-power UV lasers have high beam quality and energy density, which can quickly heat materials and achieve efficient cutting. Its wavelength is short and has high penetrating power. It can act on the surface of the material and heat it quickly, causing cracks inside the material to achieve cutting. In addition, high-power UV lasers also have high processing speed and good cutting accuracy, which can effectively improve production efficiency.

It is reported that the customer chose to purchase these lasers because of their unique performance and high efficiency, which can greatly improve the efficiency and accuracy of the laser marking machine. Ultraviolet lasers can produce high-energy ultraviolet beams, which can quickly and accurately engrave and mark various texts, patterns, and QR codes on the surface of materials.

Recently, a Spanish laser engraving machine customer purchased a 10-watt UV laser for engraving plastic. The 10-watt UV laser has a high power and can quickly complete fine engraving in a short time. This engraving method can be widely used for fine processing of various material surfaces, so it is widely used in various industrial productions.

激光诱导损伤阈值 (LIDT) 定义了光学器件在不造成损坏的情况下可以处理的最大激光辐射量。 这是将光学元件集成到激光器中时需要考虑的最重要的规格之一。 要了解有关 LIDT 的更多信息,请查看了解和指定激光组件的 LIDT 应用说明。

随着激光技术的进步,355nm 紫外激光器和皮秒激光器已成为突出的竞争者,每种激光器都在各自的领域内提供专业功能。 虽然这两种激光器都有望提高精度和效率,但它们独特的品质使它们脱颖而出。 本文旨在阐明 355nm 紫外激光器和皮秒激光器之间的差异,并探讨它们的优势所在。

那么,你可能会问,这究竟是怎么一回事呢?别急,我来给你解释一下。皮秒红外激光器的超短脉冲特性是关键所在。通常的激光器会产生热量,而热量会导致材料变形或甚至熔化,这在玻璃切割时会引起裂痕和不均匀的断裂。但是皮秒红外激光器的超短脉冲只会产生微小的热量,同时能够在纳秒级别内将能量集中在一个极小的区域,这样就能够实现更精确的切割。

< 1...345...946 > proceed page