Choose by Wavelength

[Near-infrared to far-infrared regions] [Linear/surface light sources]
The near-infrared to far-infrared rays radiated by the halogen lamps are used as a heat source. Rapid temperature rise for 1,000℃C or more is possible.

See details on lamps for office automation equipment.
See details on lamps for industrial and heating purposes.

[Visible light to infrared regions]
These lamps are used for interior and shop lighting where exceptional color representation is required, as well as with image projectors and optical equipment.

See details on halogen lamps for lighting.
See details on halogen lamps for optical equipment.

[Visible light to infrared regions] [Continuous wavelengths]
These lamps have continuous spectra from 200nm to almost 2,000nm. The lamps offer large light volumes and high-luminance flux instantly, and can emit light repeatedly.

See details on xenon flash lamps 
See details on xenon flash lamps for office automation equipment. 
See details on flash lamp anneal for semiconductor processing. 

[Visible light to infrared regions] [Continuous wavelengths]
These lamps are highly illuminant point light sources that have continuous spectra similar to the daylight. The spectra covers from the visible light region to the infrared region, and the lamps offer exceptional color representation.

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[365nm/405nm/436nm]
These lamps efficiently emit the i-line (365nm), h-line (405nm) and g-line (436nm) UV rays. These are highly illuminant light sources with stable radiation intensity.

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[250-320nm/365nm]
These lamps are linear light sources with strong spectra in the 250 to 320nm and 365nm bands, in the ultraviolet region.

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[--400nm]
The lamps are exhausted with mercury and rare gas (xenon gas). They are point light sources that radiate large volumes of light in the shorter wavelengths regions below 320nm compared with the super high-pressure UV lamps.

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[185nm/254nm]
These lamps are linear light sources with strong spectra at 185nm and 254nm in the ultraviolet region.

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[126nm/146nm/172nm/222nm/308nm]
These lamps have single wavelength of 126nm, 146nm, 172nm, 222nm or 308nm and efficiently emit vacuum ultraviolet (VUV) rays, especially of wavelengths of 180nm or less.

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[Visible light region]
These are highly illuminant lamps that utilize rare gas for improving temperature dependency and light volume stability.

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[248nm]
KrF (krypton fluoride) excimer laser that emits VUV of 248nm

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[193nm]
An ArF (argon fluoride) excimer laser that emits VUV of 193nm.

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[13.5nm]
A lithography light source that emits the EUV of the wavelength band of 10nm to 15nm, by generating high-temperature and high-density plasma.

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