Laser Beam Profiler, 190-1100 nm Silicon CCD, 1624 x 1224 Pixels

For a replacement, please check BM-USB3-SP932U.

The LBP2-HR-VIS3 Laser Beam Profiler is a powerful software driven camera with comprehensive beam diagnostic measurement features. It features the new Model SP920s (replaces the obsolete camera of LBP2-HR-VIS2), a 1/1.8 inch format 1624 x 1224 pixel CCD camera for the wavelength range between 190 and 1100 nm. A USB3.0 compatible cable is included.

Right High Quality Camera for Visible Applications

3D beam profile for an intuitive understanding of the intensity distribution

This new LBP2 series comes with a visible 190 - 1100 nm CCD camera (Replaces the obsolete LBP2-HR-VIS2 camera)  that features a high resolution 1624 x 1224 array. In order to minimize interference and provide the most accurate laser beam profile, the protective window is removed and the camera is shipped with an ND filter and a protective cap pre-mounted.

Stackable Attenuators for High Power Input

LBP2 series comes with one ND1 and two ND2 stackable attenuators.

Each laser beam profiler comes with stackable neutral density filters (one ND1 and two ND2 filters) with a 19 mm clear aperture, 1 inch-32UN (C-Mount). They are used to protect the camera by attenuating the beam and to help the camera measure the beam size accurately by keeping the intensity level below saturation. The damage threshold for these ND filters is 50 W/cm², however, distortion due to thermal lensing can happen at as low as 5 W/cm². These filters are also separately available for purchase as LBP2-ND1 (red metal housing), LBP2-ND2 (black), and LBP2-ND3 (green).

Easy Software and Camera Installation

The LBP2 software and camera installation is simple and easy. See the video for step-by-step instructions.

Extensive Software Features

The LBP2 software interface offers a broad range of functions and ISO approved quantitative results with an ease-of-use software user interface. The patented UltraCal algorithm, guarantees the data baseline or "zero-reference point" is accurate to 1/10 of a digital count on a pixel-by-pixel basis. ISO 11146 requires that a baseline correction algorithm be used to improve the accuracy of beam width measurements.