Laser Beam Detection from the UV to the NIR; High Laser Damage Threshold; Ideal for Alignment of CW and Pulsed Lasers

Applications for these IR viewers include laser beam alignment, optical fiber alignment, semiconductor inspection, fluorescence, IR luminescence, thermal imaging, night vision, and photo processing.

Aug 8, 2024 · Insights into Aligning a Laser Beam. When installing a laser in an optical setup, it is good practice to start by leveling and orienting its beam so that it travels along a well-defined path.

Laser beam viewers and sensor cards are used to safely locate optical beams that are invisible to the human eye. Beam Viewers & Sensors Showing 19 products in 6 families

Kentek's VIEW-IT® Infrared Laser Detectors feature a high efficiency laser sensitive material that provides an unlimited period of viewing for both pulsed and continuous wave lasers. These products require no charging, no batteries, and no external power, yet provide continuous viewing of laser beam shapes.

It is ideal for IR-laser beam alignment and inspection, optical fiber alignment, telecommunications, solar panel inspection, photo processing, surveillance and investigation in botany, biophysics, medicine, forensics and art restoration, infrared microscopy, fluorescence, etc.

High Power Laser Beam Visualizers are used to detect laser light from the ultraviolet (UV) to the infrared (IR). These beam visualizers feature a circular photosensitive region for beam detection, mounted to an aluminum rod for easy handling.

Laser beam visualizers are designed to detect UV and IR both CW and pulsed laser light radiation. These visualizers are fabricated from aluminum with an organic polycrystal photosensitive region, which enables easy location of UV-VIS-NIR light beams and focal points.

UV Beam Viewer sample material tested at 355 nm with 10mW power. 355 nm light can be generated by Explorer ® One™ Q-Switched Laser.

Laser beam visualizers are designed to detect UV and IR both CW and pulsed laser light radiation. These visualizers are fabricated from aluminum with a organic polycrystal photosensitive region, which enables easy location of UV-VIS-NIR light beams and focal points.