Gentec-EO - Energy Detector - QE95LP-H-MB

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Specifications

Max Measurable Energy: 70000 mJ
Max Repetition Rate: 40 Hz
Effective Aperture: 95 mm
Spectral Range: 0.19 – 20 um
Damage Threshold (Max Power): 40 W
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Features


  • Modular Design: Offers two cooling modules to accommodate different power levels, allowing for customizable setups.

  • Extra Large Aperture: The 95 mm Ø aperture caters to a wide range of beam diameters, making it versatile for diverse applications.

  • QED Attenuator: Enhances the detector's range, allowing it to measure up to 5X higher energies. It is optionally calibrated for specific wavelengths between 532 & 1064 nm or for a single wavelength, adding to its adaptability.

  • Low Noise Level: Ensures precise measurements with a noise level of just 15 μJ for the MB coating.

  • Smart Interface: Embedded with all necessary calibration data, facilitating ease of integration and use.

  • Comprehensive Measurement Capability: Capable of measuring energies from 15 μJ to 250 J, with specific models designed for long pulse durations.

Applications


  • Laser Beam Profiling and Analysis: Essential for the detailed analysis of laser beam characteristics, including energy distribution, ensuring optimal beam quality for various applications.

  • Laser System Calibration: Used in calibrating laser systems to verify and adjust their output, ensuring that they operate within specified parameters for precision applications.

  • Material Testing: Key in evaluating material responses to different energy levels, especially in fields like material science and engineering, where understanding material behavior under laser exposure is crucial.

  • Medical Device Testing: Plays a critical role in the calibration and testing of medical laser devices, ensuring they deliver the correct energy levels for treatments such as laser surgery and dermatology.

  • Photonics Research: Supports advanced research in photonics, including the study of light behavior and the development of new light-based technologies.

  • Industrial Processing and Manufacturing: Used in monitoring and controlling laser systems in industrial applications like cutting, welding, and engraving, where precise energy output is vital for quality and efficiency.

  • Educational and Training Institutes: Serves as a teaching tool in educational settings, allowing students and researchers to gain hands-on experience with laser measurement and analysis.

  • Quality Control in Manufacturing: Ensures that products involving laser technology meet stringent quality standards by accurately measuring the energy output of laser systems.