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Holmium Advanced Laser Systems

Holmium Advanced Laser Systems – a Better Choice for Q-switched Operations than Thulium Fiber Laser

September 2, 2025 /
Performance of Rare-Earth Ions Trivalent rare earth ions Tm3+ and Ho3+ show extraordinary results for the high power continuous wave and pulsed laser operation in 2 µ wavelength range. Thulium
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NdYAG Q-switched Lasers

Utilizing Nd:YAG Q-switched Lasers in Solid-State Laser Technology

September 1, 2025 / ,
Introduction to Q-Switching Q-switching technique is usually utilized in solid-state laser technology to generate nanosecond high energy pulses. It creates short pulses through regulating cavity losses. Q factor (quality factor)
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Thulium Fiber Laser

Thulium Fiber Laser for LIDAR and Gas Sensing Systems

August 31, 2025 / , ,
Introduction to Thulium Fiber Lasers Ultra-short pulsed femto- and picosecond lasers are in high demand today. Thulium-doped lasers, definitely, stand out because of their capability to generate emissions in a
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NdYLF Laser

Powerful laser equipment: Nd:YLF Laser or Nd:YAG Laser

August 30, 2025 / ,
Introduction to Nd:YLF Laser Nd:YLF laser active elements are made of yttrium lithium fluoride (YLiF4) crystal. YLF stands for Yttrium Lithium Fluoride. Usually neodymium-doped YLF crystal is used for YLF
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Nd:YAG laser

Nd:YAG is an Optimal Cost-Efficient Laser for Scientific Laser Systems

August 29, 2025 / ,
Introduction to Nd:YAG Lasers YAG stands for yttrium aluminum garnet, which is a synthetic crystal. Nd:YAG is an artificial cubic garnet crystal. YAG crystals were created shortly after ruby laser
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Advanced laser systems

Advanced laser systems, technology and equipment for LIDAR

August 29, 2025 / ,
Introduction to LIDAR Technology LIDAR (light detection and ranging) is a laser technology used for optical remote sensing which allows one to analyze scattered light properties in order to obtain
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