Product News

  • The impact of robotic laser welding technology on current applications in the welding industry

    The impact of robotic laser welding technology on current applications in the welding industry

    Robotic laser welding technology has revolutionized the welding industry, delivering unprecedented precision, flexibility and efficiency. Maven Robotic Fiber Laser Welding Machine is the latest cutting-edge technology that combines a high-energy fiber laser beam with a robotic platform to weld co...
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  • Classification of collimated focusing heads – application

    Classification of collimated focusing heads – application

    The collimation focusing head can be divided into high-power and medium low power welding heads according to the application scenario, with the main difference being the lens material and coating. The phenomena exhibited are mainly temperature drift (high-temperature focus drift) and power loss....
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  • Introduction to Welding Head of Laser External Light Path 1

    Introduction to Welding Head of Laser External Light Path 1

    Laser welding system: The optical path design of the laser welding system mainly consists of an internal optical path (inside the laser) and an external optical path: The design of the internal light path has stricter standards, and generally there will be no problems on site, mainly the externa...
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  • Advantages and disadvantages of laser welding machines

    Advantages and disadvantages of laser welding machines

    More and more laser welding machines are appearing in the market, which has become a trend, especially in areas where traditional welding machines are powerless. Laser welding machines occupy an important position with their unique advantages. The advantages of laser welding machines Laser weldi...
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  • Progress of large steel welding robot welding technology

    Progress of large steel welding robot welding technology

    Robotic welding technology is rapidly changing the face of large steel welding. Since welding robots can ensure stable welding quality, high welding precision, and efficient production, companies are increasingly turning to welding robots. The application of robotic welding technology in large st...
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  • Industrial collaborative robots are a disruptive innovation in the welding process

    Industrial collaborative robots are a disruptive innovation in the welding process

    Industrial collaborative robots are a disruptive innovation in the welding process, combining advanced technology with a user-friendly interface. This robot consists of a welding process package and modular hardware, and is designed to be compatible with a variety of mainstream welding machines, ...
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  • The influence of an energy adjustable annular spot laser on the formation and mechanical properties of intermetallic compounds in steel aluminum laser welded lap joints

    The influence of an energy adjustable annular spot laser on the formation and mechanical properties of intermetallic compounds in steel aluminum laser welded lap joints

    When connecting steel to aluminum, the reaction between Fe and Al atoms during the connection process forms brittle intermetallic compounds (IMCs). The presence of these IMCs limits the mechanical strength of the connection, therefore it is necessary to control the quantity of these compounds. Th...
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  • What is a laser cleaning machine?

    What is a laser cleaning machine?

    As the industrial landscape continues to evolve with technological advancements, the use of laser cleaning machines has become a key tool in solving surface maintenance and cleaning challenges. Laser cleaning machines, with their high-energy laser beams, have revolutionized the process of removin...
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  • The advantages and characteristics of laser cleaning machines in application

    The advantages and characteristics of laser cleaning machines in application

    Laser cleaning machines have become an indispensable tool in various industries with their advanced functions and environmental protection. The 3000w laser cleaning machine is at the forefront of this technology, providing a powerful and efficient solution for removing rust and paint from a varie...
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  • Laser Material Interaction – Keyhole Effect

    Laser Material Interaction – Keyhole Effect

    The formation and development of keyholes:   Keyhole definition: When the radiation irradiance is greater than 10 ^ 6W/cm ^ 2, the surface of the material melts and evaporates under the action of laser. When the evaporation speed is large enough, the generated vapor recoil pressure is sufficient ...
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  • Laser welding focusing method

    Laser welding focusing method

    Laser welding focusing method When a laser comes into contact with a new device or conducts a new experiment, the first step must be focusing. Only by finding the focal plane can other process parameters such as defocusing amount, power, speed, etc. be correctly determined, so as to have a clear...
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  • Laser absorption rate and changes in the state of matter of laser material interaction

    Laser absorption rate and changes in the state of matter of laser material interaction

    The interaction between laser and materials involves many physical phenomena and characteristics. The next three articles will introduce the three key physical phenomena related to laser welding process in order to provide colleagues with a clearer understanding of the laser welding process: divi...
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