Journal of Physics Conference Series · 2020 · 35 citations · 1 references
EngineeringMaterials EngineeringMaterials ScienceAdditive ManufacturingMaterials ProcessingTextile DesignLaser CuttingLaser Material ProcessingLaser PhysicsLaser Surface ProcessingMachiningPrinting TechniquesExperimental MethodologyLaser Beam MachiningLaser Cutting For TextilesLaser Cutting On TextilesLaser EngravingLaser MarkingLaser Texturing
During the experiment we do practical research for cutting, marking and engraving on materials made of fabrics, textiles and synthetic bases with the help of a CO2 laser device. During the experiments, the team created a science-based methodology, which can be presented as the formation of an experimental base of 6 or 9 squares with dimensions of 10:10 mm. The experiment was performed by changing the speed in the range of 100-350 mm / sec and changing the power of the laser beam in the range of 2-26 watts.
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