Argon-krypton laser
488, 568, 647 nm | 35 L(X)L, 35 LAS Series
CVI Melles Griot
LXL1, LXL2 - Fixed Single-Wavelength Ion Laser Systems
* Available with violet, blue, green, red, or all-lines output
* Output power to 300 mW, TEM00
* Linearly polarized with outstanding power stability
* Switching power supplies with power-factor correction
* CE, IEC, and CDRH compliant
The 35 L(X)L and 35 LAS series air-cooled ion laser systems are compact devices that produce high-quality, linearly polarized fixed or multiple wavelength outputs. The 35 LA(X) systems are argon-ion lasers that produce as much as 300 mW all lines or 150 mW single line in a clean Gaussian TEM00 mode. The 35 L(X)L system argon/krypton and krypton lasers produce up to 100 mW in the red and up to 20 mW in the yellow. Single-wavelength and multiwavelength versions are available.
These fixed-wavelength lasers use carefully tailored reflective coatings to select the wavelength range. With broadband mirrors, all lines operate simultaneously. With narrowband mirrors, the output is limited to a specific range of wavelengths (e.g., blue or red) or to a specific line (e.g., 488 or 514 nm).
* Available with violet, blue, green, red, or all-lines output
* Output power to 300 mW, TEM00
* Linearly polarized with outstanding power stability
* Switching power supplies with power-factor correction
* CE, IEC, and CDRH compliant
The 35 L(X)L and 35 LAS series air-cooled ion laser systems are compact devices that produce high-quality, linearly polarized fixed or multiple wavelength outputs. The 35 LA(X) systems are argon-ion lasers that produce as much as 300 mW all lines or 150 mW single line in a clean Gaussian TEM00 mode. The 35 L(X)L system argon/krypton and krypton lasers produce up to 100 mW in the red and up to 20 mW in the yellow. Single-wavelength and multiwavelength versions are available.
These fixed-wavelength lasers use carefully tailored reflective coatings to select the wavelength range. With broadband mirrors, all lines operate simultaneously. With narrowband mirrors, the output is limited to a specific range of wavelengths (e.g., blue or red) or to a specific line (e.g., 488 or 514 nm).
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