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    UV Picosecond Laser Marking Machine
    Nanosecond solid-state UV lasers create high-contrast, precision marks by using high-energy, short-duration UV light (around 355nm) to break molecular bonds (photochemical reaction) instead of just heating, enabling "cold marking" on diverse materials like metals, plastics, glass, ceramics, and organics without heat damage or burning, perfect for fine details, serial numbers, and sensitive electronics. These DPSS (Diode-Pumped Solid-State) lasers offer versatility, high speed, and compatibility with many materials that other lasers struggle with, making them ideal for electronics, medical devices, and branding. 
    Key Features & Benefits: 
    • Cold Marking: Photons directly break bonds, minimizing heat-affected zones (HAZ) and damage, crucial for delicate items like phone components or laptops.
    • High Contrast: Excellent for marking metals, plastics, and even glass with crisp, high-contrast designs.
    • Broad Material Compatibility: Marks metals, clear plastics (acrylics), glass, ceramics, wood, leather, silicon wafers, and more, often where fiber or CO2 lasers fail.
    • Precision & Detail: Short pulses and small spot sizes create very fine details, almost like sandblasting.
    • Solid-State Reliability: DPSS technology uses laser crystals and diodes for long life and high stability.
    • Versatility: Used for ablation, engraving, scribing, and marking on-the-fly. 
    Applications: 
    • Electronics: Marking PCBs, sapphire, silicon wafers, and phone components.
    • Medical Devices: Engraving instruments without heat damage.
    • Automotive: Marking parts and tools.
    • Consumer Goods: Branding on metal, glass, and plastic products. 
    How it Works: 
    1. Short Wavelength (UV): 355nm UV light has high photon energy.
    2. Photochemical Reaction: This energy is enough to directly break chemical bonds in the material.
    3. Nanosecond Pulses: The laser delivers energy in extremely short, intense bursts (nanoseconds), maximizing photochemical effect and minimizing thermal spread. 
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    • DPSS UV Laser Marker | Utah Nanofab
      Oct 25, 2022 — The DPSS Lasers Samurai UV Laser Marking System is a marking system designed for UV lasers at 355 nm. It has a short U...
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      Oct 21, 2024 — Output average power. >3W@40KHz. >5W@40KHz. >7W@40KHz. Maximum single pulse energy. 0.1mJ@30KHz. 0.17mJ@30KHz. 0.23mJ@
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    • This UV Laser Engraver Left Me Speechless—Here's Why!
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