chanelink logo
CHANELINK
日本語

HP100A-50KW-GD laser power detector for measuring extremely high power laser beams

479
2024-01-16 13:44:57
翻訳を見る

The HP100A-50KW-GD laser power detector is mainly designed for manufacturers of high-power lasers and laser systems, factories that use high-power lasers to cut thick metal parts, and military applications.

The HP100A-50KW-GD adopts a gold reflector cone and a reduced back reflection geometry, which can capture 97% of incident light and process up to 50 kW of continuous laser power. The back reflection of the detector is very low, ensuring a safer working environment for high-power lasers. The detector can also handle high-intensity small beams of light.

Practical Design of High Power Laser Beam
The golden cone design allows for an extremely high damage threshold of 25 kW/cm
The very low back reflection makes it safe to use even at 50 kW.
Compact: Thickness less than 20 centimeters.
Serial commands can be used through USB. Other connectors can be provided upon request.
The water flow and temperature are monitored in real-time and continuously displayed, so if the cooling is interrupted, there is no risk of burning the detector.
Customizable design: Tell us your needs!
Each detector is equipped with a DB-15 connector for Gentec EO displays and a USB output for direct connection to a PC. Our proprietary software is provided free of charge to all customers. Other connectors can be provided upon request.
HP100A-50KW-GD is now accepting orders.

Source: Laser Net

関連のおすすめ

  • Laser giant announces launch of new fiber laser platform

    Recently, Coherent Corp. announced the launch of the EDGE FL TM high-power fiber laser series, tailored specifically for cutting applications in the machine tool industry. The power levels of the EDGE FL series range from 1.5kW to 20kW, redefining the balance between value and performance to meet the growing demand for high-power, reliable laser sources in fiber laser cutting.With the increasing d...

    2024-10-23
    翻訳を見る

  • Stuttgart University researchers develop a new high-power 3D printed micro optical device for compact lasers

    Researchers from the Fourth Institute of Physics at the University of Stuttgart have demonstrated the feasibility of 3D printed polymer based micro optical devices in harsh laser environments.This study was detailed in the Journal of Optics, outlining the use of 3D printing technology to directly manufacture microscale optical devices on fibers, seamlessly integrating fibers and laser crystals int...

    2024-01-09
    翻訳を見る

  • Scientists develop high-power fiber lasers to power nanosatellites

    The use of lasers in space is a reality. Although radio waves have been the backbone of space communication for many years, the demand for faster transmission of more data has made these lighter, more flexible, and safer infrared rays the future of space communication.Recently, WipThermal is a European project dedicated to developing groundbreaking solutions for wireless energy transmission in the...

    2024-01-18
    翻訳を見る

  • Progress made in the research and development of high-performance electrically pumped topology lasers by the Institute of Semiconductors, Chinese Academy of Sciences

    Topological laser (TL) is a laser device designed and manufactured using the principles of topological optics, which can produce a robust single-mode laser and is an ideal light source for future new optoelectronic integrated chips. Electrically pumped topology lasers have become a research hotspot due to their small size and ease of integration, but topology lasers based on electrical injection a...

    2024-06-06
    翻訳を見る

  • The project cycle has been significantly shortened! Scientists use supercomputing to assist in laser fusion research

    Recently, the Laser Energy Laboratory (LLE) at the University of Rochester installed a new supercomputer to support its laser fusion experiments.The new supercomputer has increased the computing power of the laboratory by four times and shortened the time required to complete certain projects from 30 weeks to a few days.The Laser Energy Laboratory (LLE) at the University of Rochester is one of the...

    2023-10-26
    翻訳を見る