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CVI Laser Optics, a leading provider of precision optical components, is featured on GoPhotonics for its extensive range of polarizers, windows, mirrors, lenses, and beamsplitters designed for UV, visible, and infrared applications. The company offers high-performance solutions for polarization control, beam transmission, reflection, focusing, and beam splitting across a wide spectral range. Its products are engineered using advanced coating technologies and high-quality optical materials to ensure stable, low-loss, and high-damage-threshold performance. These components support applications in laser systems, optical instrumentation, imaging, spectroscopy, interferometry, and scientific research.
TFP-1064-PW-1025-UV - Thin-Film Polarizer for Research Applications
The TFP-1064-PW-1025-UV is a thin-film polarizer that operates at a wavelength of 1064 nm, designed for efficient polarization separation in laser systems. It provides high transmission for p-polarized light and strong reflection for s-polarized light based on Brewster-angle operation, enabling effective polarization control. The device is fabricated using UV-grade fused silica, ensuring high optical quality and durability, along with high laser damage resistance suitable for demanding and high-power environments. It requires angular alignment to achieve optimal performance and supports stable and reliable operation in precision optical setups. It is available in standard configurations within the TFP series for integration into various systems. It is ideal for applications such as Nd:YAG laser systems, intracavity polarization control, laser attenuation setups, and advanced polarization management in scientific, industrial, and research applications.
W2-PW1-2037-UV-355-0 - Laser Window for Instrumentation Applications
The W2-PW1-2037-UV-355-0 is an anti-reflection-coated laser window that operates at a wavelength of 355 nm, designed for efficient transmission in ultraviolet optical systems. It provides high transmission with minimized reflection losses through dual-surface anti-reflection coatings, ensuring efficient beam propagation. The device is fabricated from UV-grade fused silica, offering high optical quality, low scatter, and strong durability for demanding laser environments. It maintains excellent surface quality and low wavefront distortion, supporting precise and stable beam transmission, while its wedged design helps reduce interference effects and back reflections. It is available within the W2 series with laser-grade finishing and configuration options for system integration. It is ideal for applications such as UV laser systems, optical instrumentation, beam delivery, laser processing, and advanced photonics research.
Y5-1025-45 - Laser Mirror for Beam Steering Applications
The Y5-1025-45 is a laser mirror that operates at a wavelength of 213 nm, designed for efficient reflection in ultraviolet laser systems. It provides high reflectivity at a 45° angle of incidence with polarization-dependent performance, enabling effective beam control and steering. The mirror is fabricated from fused silica, ensuring high optical quality, low scatter, and durability for demanding applications. It maintains low wavefront distortion and stable performance, supporting precise beam handling in high-power environments, while its coating ensures strong adhesion and reliable operation under pulsed conditions. It is available as part of the Y5 series with standard configurations for integration into optical setups. It is ideal for applications such as Nd:YAG fifth harmonic generation, UV beam steering, high-power laser systems, and advanced photonics research.
LAO-30.0-12.5 - Achromatic Doublet Lens for Imaging Applications
The LAO-30.0-12.5 is an achromatic doublet lens that operates across a wavelength range of 400 nm - 700 nm, designed for broadband visible optical applications. It reduces chromatic and spherical aberrations, enabling improved image quality and consistent focusing across the visible spectrum. The lens provides efficient light transmission with anti-reflection coatings and maintains high optical clarity with low scatter and distortion. It supports stable beam focusing and accurate image formation through controlled surface quality and alignment characteristics. It is available as part of the LAO series with standard configurations for integration into optical systems. It is ideal for applications such as imaging systems, beam focusing, optical instrumentation, laser beam shaping, and general photonics applications.
BS1-800-50-2025-45P - Plate Beamsplitter for Interferometry Applications
The BS1-800-50-2025-45P is a plate beamsplitter that operates at a wavelength of 800 nm, designed for controlled beam splitting at a 45° angle of incidence. It provides approximately 50% reflection for p-polarized light, enabling balanced distribution of optical power for precise system performance. The device is fabricated from fused silica, ensuring high optical quality, low loss, and stable performance in demanding environments. It incorporates anti-reflection coating on the secondary surface to minimize unwanted reflections and improve transmission efficiency. It supports consistent beam propagation with low distortion, making it suitable for accurate optical alignment and signal handling. It is available as part of the BS1 series with configuration options for integration into various optical setups. It is ideal for applications such as beam splitting, interferometry, optical measurement systems, and photonics research.
With its portfolio of polarizers, windows, mirrors, lenses, and beamsplitters, CVI Laser Optics enables precise polarization control, efficient beam transmission, accurate reflection, and reliable beam manipulation across advanced optical systems. By combining high-quality optical materials, advanced coating technologies, and robust design, the company delivers consistent, low-loss, and high-damage-threshold performance for demanding environments. CVI Laser Optics’ focus on precision, stability, and flexible integration makes it a trusted solution provider for laser systems, optical instrumentation, imaging, interferometry, spectroscopy, and scientific research.
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