Provides data transmission via EtherCAT bus, offering high speed and stability. This system is easy to operate, rich in functions, and even inexperienced beginners can cut high-quality products. The split design of the bed body meets the need for large surface processing with customizable lengths according to user requirements. Cutting Area: It appears to have a very long processing table. This structure generally allows for the processing of metal sheets of 6-12 meters or longer in a single pass. Laser Technology: These types of machines, branded "HSG" (as indicated in the original visual), typically use a fiber laser source. Fiber lasers provide high efficiency in metals such as stainless steel, carbon steel, aluminum, and brass. Frame Structure (Gantry): The blue and white moving unit (gantry) moves the laser head at high speeds on the X and Y axes over the material. Control Panel: An independent computerized control unit is located on the front of the machine, where the operator adjusts cutting parameters and monitors the process. Protective Enclosure: The section with the laser head is surrounded by a semi-enclosed housing and protective glass to shield the operator from laser beams and sparks. These types of machines are generally used in sectors such as automotive, aerospace, shipbuilding, and heavy industry for the mass production of complex parts.