365nm

365nm UV light, often referred to as longwave UV light or black light, is a specific wavelength within the ultraviolet (UV) spectrum. Unlike visible light, which our eyes can perceive, UV light is invisible to humans.

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  • Applications of 365nm UV Light

    Fluorescence Microscopy: 365nm lasers are widely used in biological research for exciting fluorescent dyes, allowing scientists to visualize cellular structures and processes.

    Curing and Bonding: In industrial applications, 365nm lasers are effective for curing UV-sensitive adhesives and coatings, providing rapid and efficient bonding solutions.

    Bacterial Detection: This wavelength is particularly useful in microbiology for detecting and identifying bacteria, as many microorganisms fluoresce under UV light.

    Forensic Analysis: In forensic science, 365nm lasers can reveal hidden evidence, such as bodily fluids or other substances that fluoresce when exposed to UV light.

  • Source of 365nm

    Laser Diode Technology: 365nm lasers can be generated using UV laser diodes that are specifically engineered for this wavelength. These diodes utilize semiconductor materials to produce light at 365nm, making them compact and efficient for various applications.

    Excimer Laser Systems: These lasers use a combination of gases to produce UV light, including the 365nm wavelength. Excimer lasers are known for their ability to generate high-energy pulses of UV light, making them suitable for applications in photolithography and micromachining.

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