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切割铝合金零件常利用导电结合剂金刚石砂轮,可以获得加工表面粗糙度 R(?)=1.25μm。由安装在砂轮周边的电极-工具不断地电蚀修整来保证其高生产率。工作表面的清洗质量取决于电蚀破坏产物的冲洗效率。为了保持切割的高效率,由喷嘴4经带有网孔的电极5的内锥面定向地向砂轮1浇冷却液,流经修整电极内周边孔的液体产生液体挡气屏,而流经中心孔的液体像淋浴一样用定向流冲洗电蚀破坏产物。传感器3检查间隙并利用驱动装置2保持其恒定,以提高去除电蚀产物的可靠性,改善砂轮的清洗质量,电蚀破
Cutting aluminum parts often use conductive bond diamond wheel, you can get the processing surface roughness R (?) = 1.25μm. Electrodes - tools that are mounted on the periphery of the grinding wheel are constantly galvanic trim to ensure high productivity. The quality of the work surface cleaning depends on the rinsing efficiency of the erosion products. In order to maintain the high efficiency of cutting, the cooling liquid is poured onto the grinding wheel 1 by the nozzle 4 through the inner conical surface of the meshed electrode 5, and the liquid flowing through the inner peripheral hole of the trimming electrode generates a liquid air curtain and flows through the center The holes of the liquid, like a shower, rinse the vandal products with a directional flow. The sensor 3 checks the gap and keeps it constant with the driving device 2 to improve the reliability of the removal of the galvanic product, the cleaning quality of the grinding wheel, the electric erosion