Wafer measurement
PerciLasers' high-performance industrial lasers have the characteristics of narrow linewidth, high power, and long life, and can be used for advanced industrial applications such as semiconductor wafer inspection, wafer measurement, and holographic exposure. We can also provide customized product development solutions to help your scientific research, development, and production.
Wafer Metrology Lasers - CW Lasers
wavelength | power | Introduction | Features | |
0.03W 0.1W 0.5W 1W | Based on the quadruple frequency solution, it outputs high-power continuous deep ultraviolet laser, which is suitable for semiconductor precision detection, measurement and other applications |
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0.3W 1W 1.5W 2W | Based on high-power, low-noise fiber amplification and frequency summing technology, high-power narrow-linewidth laser output is achieved |
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0.02W 0.04W | Based on a single-pass triple frequency scheme, it outputs ultraviolet laser, suitable for applications such as interference exposure |
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0.5W 2W 4W | Based on the resonant frequency doubling solution, it outputs high-power ultraviolet laser, which is suitable for applications such as interference exposure. |
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0.2W 1.5W 10W 20W 30W 80W | Based on high-power, low-noise ytterbium-doped fiber amplification and frequency doubling technology, high-power narrow-linewidth laser output with a central wavelength of 532nm is achieved. |
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0.2W 2W 8W 15W 20W | Based on high-power, low-noise erbium-doped fiber amplification and frequency doubling technology, high-power narrow-linewidth laser output is achieved. |
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Wafer Metrology Lasers - Pulsed Lasers
wavelength | power | Introduction | Features | |
5W | Based on the scheme of amplifying picosecond seeds and then doubling the frequency, high-power, high-repetition-rate ultraviolet lasers are output, which are suitable for quantum computing, semiconductor precision detection, etc. |
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5W | Adopt solid state amplification solution to achieve high repetition rate and high power output, suitable for precision detection |
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1-6W | Based on the scheme of amplifying picosecond seeds and then doubling the frequency, high-power, high-repetition-rate ultraviolet lasers are output, which are suitable for quantum computing, semiconductor precision detection, etc. |
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8W | Adopt solid state amplification solution to achieve high repetition rate and high power output, suitable for precision detection |
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