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The 355nm YAG UV Laser is an advanced laser system designed to emit high-energy pulses in the ultraviolet (UV) spectrum at a specific wavelength of 355 nanometers. Typically based on neodymium-doped yttrium aluminum garnet (Nd: YAG) technology, this laser system caters to various industrial, scientific, and research applications requiring precise and controlled UV energy delivery. Operating at a specific UV wavelength of 355nm, this laser system provides precise and targeted energy, suitable for materials and applications sensitive to UV light within this wavelength range. Capable of generating high-energy pulses in the UV spectrum, enabling precise material processing, ablation, and modification for a wide range of industrial and scientific applications.

Non-standard Customized Laser

527nm YLF Laser

527nm YLF Laser

YLF laser crystal laser is a kind of laser based on Yttrium Lithium Fluoride crystal, which has the characteristics of high efficiency, stability and wide operating spectrum.

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Dual Wavelength Laser

Dual Wavelength Laser

  • Ability to produce two laser beams of different wavelengths simultaneously
  • Basic structure: a laser cavity and two semiconductor laser diodes
  • Each laser diode can independently produce a specific wavelength of laser light
  • By precisely controlling the current of two laser diodes, the simultaneous output of dual wavelength laser is realized.
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Triple Wavelength Laser

Triple Wavelength Laser

Three-wavelength laser is a new laser technology, which has a wide application prospect. It is based on the mixed output of lasers of different wavelengths and is suitable for fields such as medicine, communications and material processing. In the medical field, it can be used for skin treatment and eye surgery. In the field of communication, the system structure and maintenance costs can be simplified; In the field of material processing, it has the advantage of high precision and high efficiency. Future development requires improving technical accuracy, reducing costs, and optimizing according to the needs of different fields. It is expected that three-wavelength lasers will play a more important role in fields such as medicine, communication and material processing, contributing to social development.

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