In the field of laser processing, laser cutting systems are mainly divided into galvo scanning systems and linear motion cutting systems. They exhibit significant differences in structural design, motion mechanisms, and applicable scenarios. Understa...
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In laser cutting processes, focal length and nozzle height are two interrelated key process parameters. They directly affect laser energy distribution, molten pool stability, auxiliary gas performance, and final cutting quality. Proper matching of th...
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In the field of industrial marking, laser marking, inkjet printing, and screen printing are three commonly used marking technologies. These processes differ significantly in terms of working principles, marking methods, applicable materials, durabili...
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A laser marking machine is a device that uses a high-energy-density laser beam to create permanent marks on the surface of materials. During the marking process, the laser generates heat on the material surface and its surrounding area, forming a hea...
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Laser cleaning is a surface treatment process that uses a high-energy-density laser beam to interact with surface contaminants, achieving the removal of rust, oil, coatings, and oxides. Whether residues remain depends on the cleaning mechanism, mater...
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Laser welding machines are a type of processing equipment that utilize high-energy-density laser beams to achieve material joining. With concentrated energy, controllable heat input, and stable weld morphology, they are widely used for joining metal ...
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The durability of laser marking is determined by the laser type, material characteristics, marking depth, and surface deformation mechanism. The main marking modes include surface discoloration, micro-etching, melt re-solidification, and deep engravi...
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A solid-state relay is an electrical component that uses electronic devices for switching control and has core application value in the control system of handheld laser welding machines. The solid-state relay completes the on/off process through semi...
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Femtosecond laser systems and picosecond laser systems are ultrashort-pulse laser devices used in precision machining, medical treatment, and scientific research. Their pulse widths differ by several orders of magnitude, which leads to significant di...
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I. The Principle of Double Red Light The dual red light system of the laser marking machine consists of two sets of indicator lights, and usually adopts a coaxial or quasi-coaxial optical path design. The dual red lights are superimposed with th...
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The Epson TX800 and DX7 printheads both employ micro-electro-mechanical inkjet technology. They generate volume changes in the ink chamber through piezoelectric ceramics to achieve ink droplet ejection. There are significant differences between the t...
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Red-blue light composite welding is a process technology that simultaneously applies infrared laser and blue laser to the welding area. This technology enhances the absorption rate for highly reflective materials through the complementary energy of t...
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