Newport's new LBP-HR Laser Beam Profiler offers true 12 bit dynamic range, and a high resolution 1.4 Megapixel CCD for detailed beam profile measurement and analysis of most laser sources. The LBP-HR is a powerful software driven laser beam diagnostics device with complete beam diagnostic measurement features, including a multi-measurement routine to increase signal integrity for higher accuracy results. For continuous or pulsed laser beams, it provides an extensive range of graphical presentations and analysis capabilities of laser beam parameters such as: beam width, shape, position, power and intensity profiles. The LBP-HR Laser Beam Profiler includes an NG4, an NG9, and an NG10 attenuator that thread into the camera aperture for power reduction of the input beam. The LBP-HR communicates with the PC software with USB, and is powered by the USB port on your PC, so no need for and an external AC adapter. This user-friendly system presents graphical and numerical information for an intuitive interpretation of data in real-time.

Newport's new LBP-HR Laser Beam Profiler offers true 12 bit dynamic range, and a high resolution 1.4 Megapixel CCD for detailed beam profile measurement and analysis of most laser sources. The LBP-HR is a powerful software driven laser beam diagnostics device with complete beam diagnostic measurement features, including a multi-measurement routine to increase signal integrity for higher accuracy results. For continuous or pulsed laser beams, it provides an extensive range of graphical presentations and analysis capabilities of laser beam parameters such as: beam width, shape, position, power and intensity profiles. The LBP-HR Laser Beam Profiler includes an NG4, an NG9, and an NG10 attenuator that thread into the camera aperture for power reduction of the input beam. The LBP-HR communicates with the PC software with USB, and is powered by the USB port on your PC, so no need for and an external AC adapter. This user-friendly system presents graphical and numerical information for an intuitive interpretation of data in real-time.