chanelink logo
CHANELINK
English

Gas reduction technology of fiber laser helps to improve the cutting quality of low-carbon steel

1131
2024-02-14 10:18:05
See translation

The Mitsubishi GX-F Advanced series of artificial intelligence enabled fiber lasers now use patented gas and burr reduction technology to help improve cutting quality while reducing gas consumption when cutting low-carbon steel.

Mitsubishi Laser's proprietary Agr Mix nozzle technology does not require an external mixing tank or high-pressure oxygen. The combination of low-pressure air and nitrogen inside the nozzle produces a mixed gas, which can be easily adjusted according to the material type.

In order to develop nozzles, manufacturers rely on their non-contact auxiliary gas reduction nozzle technology, which can reduce nitrogen auxiliary gas consumption by up to 75%. According to the company, the new nozzle technology can further reduce it - up to 50%.

Nitrogen is transported to the center of the nozzle in the air hood, while a separate chamber funnels some air into the nitrogen airflow. This will produce a mixture of approximately 95% nitrogen and 5% oxygen. The wider cut provided by the mixed gas makes it easier to remove parts, especially thick parts, from the skeleton.

Source: Laser Net

Related Recommendations

  • 253 million US dollars! This Canadian medical fiber optic sensor manufacturer will be acquired

    Recently, Haemantics Corporation, which focuses on providing innovative medical solutions with proprietary optical technology, announced that the company has reached a final agreement. According to the agreement, Haemonics will acquire all outstanding shares of Canadian fiber optic sensor manufacturer OpSens for CAD 2.90 per share.This is an all cash transaction with a fully diluted equity value o...

    2023-10-18
    See translation

  • Researchers have discovered new multiphoton effects in quantum interference of light

    An international research team from Leibniz University in Hanover and Strathclyde University in Glasgow overturned the previous hypothesis about the influence of multiphoton components in the thermal field and the interference effect of parameterized single photons. The journal Physical Review Letters published the team's research."We have demonstrated through experiments that the interference eff...

    2024-01-24
    See translation

  • The Institute of Physics, Chinese Academy of Sciences has made significant progress in the research of lithium niobate nanooptics

    In recent years, breakthroughs in the preparation technology of lithium niobate single crystal thin films have greatly promoted the important application of lithium niobate crystals in micro nano optical devices such as optical metasurfaces. However, the high hardness and inactive chemical properties of lithium niobate crystals pose significant challenges to micro nano processing; In addition, con...

    04-15
    See translation

  • The world's first tunable wavelength blue semiconductor laser

    Recently, researchers from Osaka University in Japan have developed the world's first compact, wavelength tunable blue semiconductor laser in a new study. This breakthrough paves the way for far ultraviolet light technology and brings enormous potential for applications such as virus inactivation and bacterial disinfection. The research results have been published in the journal Applied Physics Le...

    2024-11-23
    See translation

  • Analysis of Optically Pumped Semiconductor Laser Technology for Promoting the Development of Life Sciences

    Optically Pumped Semiconductor Lasers technology has achieved great success in the market due to its various unique advantages, with over 100000 OPSL devices currently operating in the market. This article introduces the application and new developments of OPSL in the fields of flow cytometry and DNA sequencing.OPSL has the characteristics of flexible wavelength extension, adjustable power, compac...

    2024-02-01
    See translation