Deutsch

Frankfurt Laser Company launches a new high-power fiber coupled laser diode

438
2024-05-13 13:45:58
Übersetzung anzeigen

The global leader in laser technology solutions, Frankfurt Laser, has launched a new series of high-power fiber coupled laser diodes, setting a new standard in the laser industry. The innovative 9XXnm high-power fiber coupled laser diode aims to optimize fiber laser pump source applications, providing unparalleled efficiency, compactness, and brightness.

The New Era of Laser Technology
The latest product of Frankfurt Laser Company adopts cutting-edge coupling technology and advanced thermal management system design. These enhanced features ensure that diodes not only meet but also exceed the strict requirements of modern laser applications.
"Our new 9XXnm series is a game changer in the field of laser technology," said Dr. Vsevolod Mazo, CEO of Frankfurt Laser. "These high-power diodes are not only powerful and efficient, but also very compact and suitable for integration into various systems."

Product features
Power level: The new diode has various power levels ranging from 100W to impressive 1 kW, which can meet a wide range of industrial, medical, and research needs.
Compact size: Ultra compact, OEM friendly packaging can be easily integrated into existing and new systems, providing manufacturers with flexibility and convenience.
Core diameter: Customers can choose 100 μ M and 220 μ The core diameter of m ensures optimal performance in various applications.

Diversified applications
The versatility of these diodes makes them an ideal choice for many applications:
Fiber laser pumping: improving the performance and efficiency of fiber lasers.
Laser material processing: very suitable for cutting, carving, and other material processing technologies.
Medical technology: supporting advanced medical procedures and research.
Scientific research: achieving new discoveries and innovations in scientific exploration.

Source: Laser Net

Ähnliche Empfehlungen
  • RTX Raytheon Company will develop ultra wide bandgap semiconductors for ultraviolet lasers

    The UWBGS program will develop and optimize ultra wide bandgap materials and manufacturing processes for the next revolution in the semiconductor electronics field.US military researchers need to develop new integrated circuit substrates, device layers, junctions, and low resistance electrical contacts for the new generation of ultra wide bandgap semiconductors. They found a solution from RTX comp...

    2024-09-30
    Übersetzung anzeigen
  • The 3D toy printer is easy to use and safe, perfect for children and adults

    Children (and adults) like to collect toys, but what if they can make them themselves? This is exactly the focus of the Toybox 3D printer luxury bundle. This 3D printer for children's toys incorporates innovative technology into simplified products, making it very suitable for young people. Do you want to have your own? The cost of this 3D toy printer has been reduced to $348.99.Generally speaking...

    2024-06-05
    Übersetzung anzeigen
  • The Ruefeng 30w picosecond laser brings unprecedented possibilities in the art of cutting resin eye lenses

    Ruifeng Picosecond laser: Open the door to the art of cutting resin eye lensesAs an important innovation in the modern eyewear industry, resin lenses bring us visual clarity and comfort with their lightness, transparency and impact resistance.However, with the continuous improvement of people's demand for quality and personalization, how to achieve accurate and beautiful cutting on resin eye lense...

    2023-09-14
    Übersetzung anzeigen
  • SuperLight Photonics receives strategic investment from Hamamatsu Ventures

    Recently, SuperLight Photonics, a leading laser technology manufacturer, announced that it has received strategic investment from global venture capital firm Hamamatsu Ventures, which will be used to promote long-term innovation and collaborative development of its laser technology. Hamamatsu Ventures focuses on investing in photonics companies that address future demand expectations, particular...

    2024-10-22
    Übersetzung anzeigen
  • Laser induced 2D material modification: from atomic scale to electronic scale

    Background IntroductionTwo dimensional materials have attracted widespread attention due to their atomic level thickness and unique properties, such as high binding energy, tunable bandgap, and new electronic degrees of freedom (valley electronics). They have many application prospects in fields such as microelectronics, nanophotonics, and nanoenergy. Various two-dimensional materials have their o...

    2024-02-23
    Übersetzung anzeigen