These wedged substrates can separate the reflected beam through the front and back surfaces of the substrates by the slight wedge angle. Material: BK7.
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Substrates
These wedged substrates can separate the reflected beam through the front and back surface of the substrates by the slight wedge angle. Material: SiO2.
These wedged substrates can separate the reflected beam through the front and back surface of the substrates by the slight wedge angle. Material: SiO2 for excimer laser.
Anhydrous synthetic fused silica windows for infrared lasers.
These sapphire windows contain no impurities and provide high transmission without any absorption, covering the visible and infrared regions of the spectrum.
Zinc-selenium is the most commonly used optical material that enables the transmission of infrared light.
Zinc-selenium is the most commonly used optical material that enables the transmission of infrared light.
Silicon is a monocrystal mainly used in semiconductors and does not absorb in the IR range from 1.2 µm to 6 µm.
Germanium as a monocrystal, which is mainly used in semiconductors, is non-absorbing in IR ranges from 2 µm to 20 µm.
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