Español

Amplitude launches femtosecond lasers for industrial applications

113
2024-07-02 14:44:49
Ver traducción

Recently, French femtosecond pulse and high peak power (PW class) laser manufacturer Amplitude announced that the company has launched a newly designed Satsuma X femtosecond laser, setting a new benchmark for industrial environments.

This product was first announced in 2022 and is now available in a brand new design with proven durability and versatility. In pursuit of excellence and customer satisfaction, the company has spent time polishing and providing a 50 W/500 μ J femtosecond laser on the market to meet current and future industrial challenges.

With its proven robustness and versatility, Satsuma X aims to meet the most demanding requirements in various industrial and medical fields, encouraging the development of new applications.

Unparalleled performance and versatility
The Satsuma X femtosecond laser designed by Amplitude has unparalleled features, making it the ultimate choice for precision laser applications:
At a frequency of 100 kHz, a single femtosecond pulse can reach an energy level of 500 μ J, and can reach 1.5mJ when using the optional SuperBurst mode.
Adjustable repetition rate (up to 40 MHz for single transmitter settings).
Improved burst forming in MHz and GHz modes.
Accurate pulse control.
Realize true GHz processing from 30 to 3000 pulses and easily switch between MHz/GHz modes.
Compact design: optimized to minimize footprint.

To meet industrial needs, Satsuma X femtosecond lasers can be equipped with compatible options (GhzBurst, FemtoTrig, FemtoBurst, and SuperBurst) to enhance performance and adapt to the most complex applications.
Satsuma X has been rigorously tested by customers from various industries under actual industrial conditions for verification and customer satisfaction. The feedback is very positive, and the customer is satisfied with the robustness, versatility, and pulse processing ability of the laser. These practical verifications highlight the excellent performance and reliability of Satsuma X in demanding applications.

Applications and advantages
Satsuma X laser is designed for a wide range of applications and can provide excellent results in various materials and processes, such as:
Impact glass drilling:
No material damage
A drilling diameter of 30 μ m
Depth up to 500 μ m
The aspect ratio is 1:16
Silicon cutting:
No cracks or heat affected zone (HAZ)
Excellent removal rate
Stainless steel texture treatment:
Efficient removal
Bottom flatness control
40 μ m rib height
The Satsuma X femtosecond laser not only sets new standards in performance and reliability, but also provides ideal solutions for various complex applications in the industrial and medical fields.

Source: OFweek

Recomendaciones relacionadas
  • Hyperspectral imaging technology: a comprehensive guide from principles to applications

    Hyperspectral imaging technology is a highly anticipated innovation in the field of science and engineering today. It not only integrates spectroscopy and imaging technology, but also has wide applications in various industries and research fields. This article will delve into the basic principles, working mechanisms, and applications of hyperspectral imaging in different fields.Introduction to hy...

    2024-04-16
    Ver traducción
  • A new method for generating controllable optical pulse pairs using a single fiber laser

    Researchers from Bayreuth University and Konstanz University are developing new methods to control ultra short laser emission using soliton physics and two pulse combs in a single laser. This method has the potential to greatly accelerate and simplify laser applications.Traditionally, the pulse interval of lasers is set by dividing each pulse into two pulses and delaying them at different, mechani...

    2024-01-15
    Ver traducción
  • Laser printing on fallen leaves can produce sensors for medical and laboratory use

    The manufacturing of sensors through 3D printing combines speed, design freedom, and the possibility of using waste as a substrate. In the circular economy model, various results have been achieved, and typically discarded residues are used as low-cost resources. A research team in Brazil has proposed a highly creative solution that involves printing electrochemical sensors on fallen leaves. The t...

    2024-05-16
    Ver traducción
  • University of Science and Technology of China Reveals High Precision Planarity Measurement of Cryogenic Arrays

    Professor Wang Jian, Deputy Chief Designer of the Low Temperature Array High Precision Planeness Survey Wide Area Sky Survey Telescope (WFST) announced by the University of Science and Technology of China, and teacher of the State Key Laboratory of Nuclear Detection and Nuclear Electronics, School of Physics, University of Science and Technology of China, is a research team of the Chinese Academy ...

    2023-08-14
    Ver traducción
  • An innovative technology that can make light "bend"

    A research team from the University of Glasgow in the UK drew inspiration from the phenomenon of clouds scattering sunlight and developed an innovative technology that can effectively guide or even "bend" light. This technology is expected to achieve significant breakthroughs in fields such as medical imaging, cooling systems, and even nuclear reactors. The relevant research results were published...

    2024-11-11
    Ver traducción