beam dumps

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  • 200, 600, 1500 and 6000 W versions
  • air or water cooled

Mr. Markus Eib

Beam dumps are essential components in laser applications to safely absorb and block unwanted or excess laser beams. They prevent the spread of laser beams in the work environment and make a significant contribution to the safety of personnel and equipment. By effectively absorbing the radiation energy, beam dumps protect against potential damage and reduce the risk of accidents in industrial, medical and scientific applications.

Our beam dumps from LaserPoint are available with both air and water cooling and for laser powers up to 6000 W The air-cooled models are ideal for low to medium power applications, while the water-cooled versions are designed for high-power lasers. The efficient cooling prevents overheating and ensures constant power consumption.

The following models are available:

How Beam Dumps Work

Beam dumps are made of specially designed materials and structures that absorb laser beams and convert the energy into heat. The internal geometry is designed to reflect and scatter the laser beam multiple times, effectively dispersing and absorbing the energy. The resulting heat is dissipated by the cooling system to maintain a stable operating temperature and ensure the longevity of the device.

The advantages of the LaserPoint Beam Dumps lie in their high performance, as they are suitable for laser powers of up to 6000 W and thus offer a reliable solution for demanding applications. You also benefit from efficient cooling methods, as you can choose between air- and water-cooled models, which allows you to adapt to specific requirements. In addition, the robust construction impresses with durable materials and high-quality workmanship that ensure a long service life. Last but not least, the compact design facilitates easy integration into existing systems and plants, so that you can benefit from the advantages quickly and easily.

Our beam dumps stand for outstanding performance and reliability. They are the result of years of expertise and meet the highest safety standards in laser beam absorption. Trust in our experience and optimize your laser applications with our effective solutions.

If you have any further questions about the systems, please feel free to send us a non-binding inquiry. Further information about the products and all technical data sheets for each variant can be found here: Laserpoint.eu.

Applications

  • Quality assurance in semiconductor manufacturing: Monitoring the energy and stability of femtosecond lasers to optimize semiconductor production.
  • Monitoring high-speed manufacturing processes: Real-time monitoring of laser energy in automated production lines to ensure precise material processing.
  • Research and development in laser technology: Analysis of the performance and stability of ultrashort pulse lasers for the development of new laser technologies.
  • Medical laser applications: Precise control of laser power in medical applications such as laser surgery to reduce side effects.
  • Detection and monitoring of instabilities in ultrashort pulse lasers: Real-time detection of instabilities to ensure laser efficiency and safety.
  • Calibration and maintenance of laser systems: Regular calibration of laser systems to ensure optimal performance and consistency.

data sheet

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