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Uncoiling and leveling Laser Metal Coil Cutting Machine
Release time:2025-10-29 16:20
Uncoiling and leveling Laser Metal Coil Cutting Machine
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3D Crystal Internal Engraving Machine usually adopts laser internal engraving technology. It focuses on the inside of the crystal through a laser beam with high energy density, causing the crystal material to undergo a tiny localized explosion or vaporization at the focal point, thus forming a tiny white dot inside the crystal. These white dots are arranged according to the pre-designed 3D image data, and finally present a realistic 3D pattern inside the crystal.
Pratt cnc 3d laser crystal engraving machine for photo personalized custom gift making
Fiber laser marking machine is a device that uses the laser beam generated by the fiber laser to permanently mark the surface of various materials. It focuses a high-energy laser beam on the surface of the material, causing the material to reach a high temperature locally instantly, thereby achieving melting, vaporization or chemical reaction of the material, forming permanent marks, such as text, patterns, barcodes, etc.
Laser metal marking machine is a device specially used for marking, engraving and marking on metal materials. Such machines typically use fiber lasers or Nd:YAG (neodymium:yttrium aluminum garnet) lasers because they produce laser wavelengths better suited for absorption by metallic materials. The wavelength of fiber lasers is typically 1.064 microns, and the wavelength of Nd:YAG lasers is also in the same range.
60W Portable fiber laser marking machine for marking metal and non-metal of various materials
Handheld laser marking machines use high energy density laser light to irradiate the local area of the workpiece, so that the surface material undergoes a chemical reaction to vaporise or discolour the surface material, thus leaving a permanent mark. The laser in the laser marking machine generates laser light, which is processed and guided by the optical system (such as beam expander, reflector, focusing lens, etc.) to focus on a specific position on the surface of the workpiece to achieve precise marking.
