LASER COMPONENTS develops and manufactures custom coating designs for thin-film polarizers (TFP) to improve the beam quality and stability of high-power lasers. With more than 40 years of expertise in optical coating technology, the company is one of the leading specialty providers in this field.
Polarization Enhancement
Thin-film polarizers (TFP) separate the polarizations of a laser beam through their sophisticated coating design by transmitting p-polarized light and reflecting s-polarized light. Within the laser resonator, they select the desired polarization, thereby contributing to optimal beam quality of the laser.
Precise Specification According to Customer Requirements
LASER COMPONENTS develops and manufactures complex thin-film polarizers for a wide range of customer-specific applications involving high-power lasers in industry and science. A key application is the efficient power control of linearly polarized lasers in combination with waveplates.
The portfolio also includes complex solutions for separating and combining polarizations across one or more wavelengths. The integration of additional optical functions, such as HR/AR coatings, enables precise control of polarization.
LASER COMPONENTS specifies transmission, reflection, and other optical properties exactly according to customer requirements and guarantees compliance with these parameters.
Reliable Manufacturing of the Highest Quality
The polarizers are manufactured on-site in Olching using the IAD or IBS process. Both processes enable particularly precise control of layer thicknesses for complex designs. Broadband monitoring during the coating process ensures a consistently high quality standard and high reproducibility of the layer design.
In high-power laser systems, LASER COMPONENTS’ thin-film polarizers excel due to their high laser-induced breakdown threshold (LIDT) at high power densities. This ensures maximum process reliability in the laser system.
Polarization Enhancement
Thin-film polarizers (TFP) separate the polarizations of a laser beam through their sophisticated coating design by transmitting p-polarized light and reflecting s-polarized light. Within the laser resonator, they select the desired polarization, thereby contributing to optimal beam quality of the laser.
Precise Specification According to Customer Requirements
LASER COMPONENTS develops and manufactures complex thin-film polarizers for a wide range of customer-specific applications involving high-power lasers in industry and science. A key application is the efficient power control of linearly polarized lasers in combination with waveplates.
The portfolio also includes complex solutions for separating and combining polarizations across one or more wavelengths. The integration of additional optical functions, such as HR/AR coatings, enables precise control of polarization.
LASER COMPONENTS specifies transmission, reflection, and other optical properties exactly according to customer requirements and guarantees compliance with these parameters.
Reliable Manufacturing of the Highest Quality
The polarizers are manufactured on-site in Olching using the IAD or IBS process. Both processes enable particularly precise control of layer thicknesses for complex designs. Broadband monitoring during the coating process ensures a consistently high quality standard and high reproducibility of the layer design.
In high-power laser systems, LASER COMPONENTS’ thin-film polarizers excel due to their high laser-induced breakdown threshold (LIDT) at high power densities. This ensures maximum process reliability in the laser system.
