磨液抛光是在克服干喷砂处理的缺陷而发展起来的一种新工艺。如图1所示,抛光时工件固定在工作台3上、手持喷射器2对工件进行抛光。上部为工作室1,下部为磨液槽,机上装有磨液搅拌器,循环系统和压缩空气管道、照明及清洗装置等。工作室两侧有门、以便取放工件、更换磨液和清洗设备等,正面有照明灯4,观察窗5及两个操作孔6,7为纱网,它能让工作过的磨液通过并流入磨液槽9中循环使用,同时也防止大块氧化皮及铁片等掉进磨液槽中而造成管路堵塞。抛光前先起动泵12,磨液从磨液槽中经过管13进入泵内,一部分 Abrasive polishing is a new process developed to overcome the defects of dry sandblasting. As shown in FIG. 1, the workpiece is fixed on the worktable 3 during polishing, and the hand-held injector 2 polishes the workpiece. Upper studio 1, the lower part of the grinding tank, the machine is equipped with a slurry mixer, circulatory system and compressed air pipes, lighting and cleaning devices. There are doors on both sides of the studio to pick and place the workpiece, replace the grinding fluid and cleaning equipment, the front with lights 4, observation window 5 and two operating holes 6,7 for the gauze, which allows work through the fluid through And flow into the mill tank 9 for recycling, but also to prevent large scale and iron sheet fell into the grinding tank caused by pipeline clogging. Before polishing, the pump 12 is started, and the grinding fluid enters the pump from the grinding tank through the pipe 13 and partly