Laser marking machine is already one of the most familiar laser processing equipment. With the development of the times, the human needs are getting higher and higher. Three-dimensional dynamic laser marking machine also came into being. Its appearance is a new breakthrough in the field of laser marking. Compared with the traditional two-dimensional laser marking machine, it not only can realize large-scale laser marking processing, but can also perform multi-dimensional marking and engraving on curved surfaces. This kind of three-dimensional dynamic large-format laser marking machine that is environmentally friendly, efficient, and can satisfy various human needs is highly favored by users. Today, follow Xiao Bian to see what makes this marking machine different.
product advantages:
◆ Wide range of large format: Marking, punching, engraving, cutting and other processes can be achieved in the range of 800mm×800mm. ◆ High speed and high precision: The maximum engraving speed of 10000mm/s is suitable for industrial mass production. ◆ Adopting closed-circuit optical path , imported CO2 RF laser, strict multiple protection control design product display:
After understanding these advantages, it is inevitable that we have some doubts. How did the 3D dynamic large-format laser marking machine realize such a marking process?
In a large-format laser marking machine using dynamic focusing, a long-focus dynamic focusing device is used before the scanning of the galvo mirror. The laser output spot is focused by a dynamic focusing mirror, and the focusing focal length is greater than the distance from the dynamic focusing mirror to the galvo mirror. That is, scanning is performed during beam focusing. Since the distance from the workpiece plane to the focusing mirror constantly changes during the plane scan, it is impossible to mark the workpiece plane if the focal length of the focusing mirror is fixed. This is why dynamic focusing is used. The focal length of the focusing mirror is changed according to the distance from the focusing mirror to each point of the workpiece plane, so that the focused light spots are all gathered in the plane where the workpiece is located. The use of dynamic focusing galvanometric scanning method, because the focal length can be elongated, thus increasing the scanning area, is currently the best solution for large-format high-speed scanning.
Applicable to most of the non-metallic materials such as leather, cloth, wood, bamboo, paper, organic materials and other applications industries: glasses industry, leather products category, apparel industry, wood products industry, craft gifts, packaging industries.
Device parameters:
Equipment Model KGM-500
Laser wavelength 10.6um
Laser power ≥180w
Working range: up to 800mm×800mm
Marking line speed ≤ 7000mm / s
Repeat positioning accuracy ±0.01mm
Cooling method: Water-cooled power supply Ac220v 50Hz
Average power consumption ≤5KW
Sample display:
product advantages:
◆ Wide range of large format: Marking, punching, engraving, cutting and other processes can be achieved in the range of 800mm×800mm. ◆ High speed and high precision: The maximum engraving speed of 10000mm/s is suitable for industrial mass production. ◆ Adopting closed-circuit optical path , imported CO2 RF laser, strict multiple protection control design product display:
After understanding these advantages, it is inevitable that we have some doubts. How did the 3D dynamic large-format laser marking machine realize such a marking process?
In a large-format laser marking machine using dynamic focusing, a long-focus dynamic focusing device is used before the scanning of the galvo mirror. The laser output spot is focused by a dynamic focusing mirror, and the focusing focal length is greater than the distance from the dynamic focusing mirror to the galvo mirror. That is, scanning is performed during beam focusing. Since the distance from the workpiece plane to the focusing mirror constantly changes during the plane scan, it is impossible to mark the workpiece plane if the focal length of the focusing mirror is fixed. This is why dynamic focusing is used. The focal length of the focusing mirror is changed according to the distance from the focusing mirror to each point of the workpiece plane, so that the focused light spots are all gathered in the plane where the workpiece is located. The use of dynamic focusing galvanometric scanning method, because the focal length can be elongated, thus increasing the scanning area, is currently the best solution for large-format high-speed scanning.
Applicable to most of the non-metallic materials such as leather, cloth, wood, bamboo, paper, organic materials and other applications industries: glasses industry, leather products category, apparel industry, wood products industry, craft gifts, packaging industries.
Device parameters:
Equipment Model KGM-500
Laser wavelength 10.6um
Laser power ≥180w
Working range: up to 800mm×800mm
Marking line speed ≤ 7000mm / s
Repeat positioning accuracy ±0.01mm
Cooling method: Water-cooled power supply Ac220v 50Hz
Average power consumption ≤5KW
Sample display:
Aluminum Foil Pans,Aluminum Foil Tape,Heavy Duty Aluminum Foil,Thickness Of Aluminum Foil
Jinan Xinhai Aluminum Industry Co., LTD. , https://www.jnxinhai-alu.com