激光深雕加工数据

使用激光加工设备对工件或物料进行表面高精度加工，如在工件表面雕刻图画或画像；数据应用可以解决根据激光加工设备的额定功率，选择合适的加工功率以及加工速度，能够达到最好或较好的加工效果，在物料表面形成具有预定DPI值的图画，保证加工精度。同时，平衡加工产生的热量，通过合适的气压气流量，将加工产生的热量及时散掉，避免热量积累造成物料局部温度过高产生自燃，同时还可以将激光加工产生的颗粒带走，避免附着在产品表面影响视觉感官，做到表面清洁。This dataset supports high-precision surface processing of workpieces or materials using laser processing equipment, such as engraving drawings or portraits on workpiece surfaces. Its core applications are as follows: first, selecting appropriate processing power and processing speed based on the rated power of the laser processing equipment to achieve optimal or satisfactory processing effects, and fabricating patterns with a predetermined DPI value on the material surface while guaranteeing processing accuracy. Second, mitigating the heat generated during processing: by adopting suitable air pressure and airflow rates, the processing heat can be dissipated in a timely manner, preventing heat accumulation from leading to excessively high local temperatures and thus spontaneous combustion of the materials. Moreover, this dataset can also assist in removing the particulates produced by laser processing, avoiding their attachment to the product surface which would negatively impact visual perception, thereby ensuring the cleanliness of the processed surface.

搜集汇总

背景与挑战

背景概述

该数据集由东莞市雷宇激光设备有限公司提供，包含激光深雕加工工艺参数（如功率、速度、气压等）及材料匹配数据，用于优化高精度激光雕刻的加工效果和安全性。数据以xlsx格式存储，通过特定计算规则确保加工深度控制和易燃物防自燃，主要应用于金属/非金属材质的立体图案雕刻场景。