IPG ultraviolet and deep UV nanosecond fiber lasers are used for applications like polymer cutting, marking, and curing, semiconductor inspection and repair, wafer scribing and patterning, annealing, laser direct imaging, stereolithography, and even wood aging.

IPG紫外和深紫外纳秒光纤激光器可用于聚合物切割、打标和固化，以及半导体检测和维修、晶圆划线和图形刻画、退火、激光成像、光刻，甚至木材老化等应用。 无论您希望个性化制定激光解决方案，还是希望和我们的全球激光专家团队了解信息，我们都将竭诚为您服务。 以上规格为标准产品。 IPG可根据要求提供个性化制定规格的激光器。 产品供应情况可能因地区而异。 IPG不仅是全球高功率光纤激光器的领先的开发商和供应商，而且提供个性化的激光系统，IPG能为几乎所 …

From UV to Mid-IR, from a few Watts to multiple kW power, the versatility of IPG pulsed fiber lasers is unparalleled. Infrared, Green, and Ultraviolet nanosecond pulsed fiber lasers for precision micromachining, high throughput cleaning and surface treatment applications, and non-metal processing.

紫外脉冲光纤激光器模块 IPG Photonics 的全新 ULPN-M 系列紫外纳秒光纤激光器可在 10-1000 kHz 的重复频率范围内，以高达 10 W 的平均输出功率和 1.5 ns 的脉宽提供高峰值功率输出。

ulpn-266 确立了 266 纳米可靠功率的深紫外新标准。出色的 ipg 非线性晶体坚固性使平均功率高达 10 w，具有业界领先的使用寿命，并提供 1.5 ns 的短脉冲持续时间，最大限度地提高峰值功率，脉冲能量高达 2 μj，适合微加工应用。

2024年7月3日 · 全球光纖雷射技術的領導者IPG Photonics宣布，即將於今年上市其最新產品——ULPN深紫外（257nm-266nm）光纖雷射系統。 這一革新性的雷射系統旨在取代傳統準分子雷射，提供免維護、壽命長且操作簡單的優質解決方案，為面板產業和半導體產業帶來革命性的發展。

ULPN-266 laser is designed for micro-cutting, drilling, texturing, marking and selective material removal on challenging materials such as glass, diamond and Teflon. Exceptional IPG non-linear crystal robustness enables industry-leading laser reliability and stability of process parameters.

IPG Photonics’ ULPN-M Series ultraviolet nanosecond fiber lasers provide high peak power with scalable average output power up to 10 W, 1.5 ns pulse duration at full operational repetition rate range of 10-1000 kHz.

相较于 固体紫外激光器 ，IPG这款ULPN-355-10-1-5-M紫外纳秒激光器激光脉冲宽度1.2ns，加工过程中热效应更小，减少了对材料的损伤；小单脉冲能量（10uJ），更有利于精准控制加工；可定制 Burst模式，通过脉冲串形式满足应用工艺中对大单脉冲能量或长脉宽脉冲的 ...

ULPN-266 establishes a new deep ultraviolet standard for 266 nm reliable power. Exceptional IPG non-linear crystal robustness enables up to 10 W average power with industry-leading lifetimes and provides a short 1.5 ns pulse duration maximizing peak power with up to 2 μJ pulse energy suitable for micromachining applications.