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BEHP
These laser beam expanders are designed for use with a high-power laser. Fine adjustment of the collimator is available with the diopter correction function. The lens design takes into account the wavefront aberration, so it can be used in an optical system with high precision, such as a laser interferometer or laser processing.
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Design wavelength
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Laser Damage Threshold
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Delivery | Price | Add to cart | |||||||||||||||||||||||||
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details
BEHP-10-266
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266nm | 2J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-10-355
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355nm | 4J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-10-532
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532nm | 5J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-10-1064
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1064nm | 7J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-3-266
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266nm | 2J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-3-355
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355nm | 4J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-3-532
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532nm | 5J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-3-1064
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1064nm | 7J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-5-266
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266nm | 2J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-5-355
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355nm | 4J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-5-532
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532nm | 5J/cm2 |
6-12 weeks
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€985.70
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details
BEHP-5-1064
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1064nm | 7J/cm2 |
6-12 weeks
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€985.70
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◦The optical system of the beam expander utilizes an air gap configuration that does not use an adhesive bonding of lens.
◦By turning the diopter ring that is attached to the center of the beam expander, you can make variable beams such as a focused beam, collimated beam, and a divergent beam. It is used when you want to vary the position of the beam waist and where precision collimation adjustment is necessary.
◦By turning the diopter ring that is attached to the center of the beam expander, you can make variable beams such as a focused beam, collimated beam, and a divergent beam. It is used when you want to vary the position of the beam waist and where precision collimation adjustment is necessary.
