During the milling process, the engraving machine will generate a large amount of small debris, and the debris on the work site will be splashed everywhere. Some of the milled debris will adhere to the surface of the workpiece, which will affect the engraving quality. At the same time, the traditional engraving machine generally uses a large amount of emulsion to spray. This type of hydraulic lubrication cools, there are some shortcomings in this way. The processing of light-cut parts also requires the hydraulic system to be opened, and a large amount of emulsion sprays, resulting in reduced efficiency of the hydraulic system. High-speed rotating milling cutters use centrifugal cooling to generate centrifugal force, which makes it difficult to directly reach the lubrication point, and causes a large amount of emulsion to splash around. When the equipment is used for a long time, the anti-leakage structure will age, the emulsion will leak, and it will accumulate in a large amount all the year round, causing serious pollution to equipment and environment. Employees work in such an environment for a long time, grasping the parts contaminated with lubricating fluid by hand and causing potential harm to the human body. The processing type of the emulsion is used, and after the product is processed, a large amount of cleaning work is generated, which requires labor and energy to clean.
After the engraving and milling machine adopts a small amount of lubrication, the machining process is quasi-dry cutting, and the micro-lubrication system can provide an appropriate amount of lubricating oil according to the actual processing requirements. During the engraving machine milling process, according to the processing steps, the cutting tool is cooled and lubricated and the debris is removed. No lubrication liquid leaks after processing, and the surface of the workpiece is free of oil, thus reducing the cleaning work of the subsequent process, and no need to bake after processing. Dry secondary treatment saves manpower and material resources.
The micro-lubrication system is powered by compressed air, and the oil mist consumption can be automatically adjusted according to the processing requirements, thus avoiding the waste of oil. The micron-sized oil mist particles generated by the system are greatly affected by the high-speed rotating centrifugal force, which makes the oil mist more penetrating and quickly reaches the lubrication point, making the lubricating oil utilization more effective. Compared with the hydraulic station type spray lubrication method, the huge lubrication station system and the waste liquid processing link are eliminated, and no oil leakage occurs, and the equipment and the ground environment are clean, and zero sewage is realized.
After the engraving and milling machine adopts a small amount of lubrication, the machining process is quasi-dry cutting, and the micro-lubrication system can provide an appropriate amount of lubricating oil according to the actual processing requirements. During the engraving machine milling process, according to the processing steps, the cutting tool is cooled and lubricated and the debris is removed. No lubrication liquid leaks after processing, and the surface of the workpiece is free of oil, thus reducing the cleaning work of the subsequent process, and no need to bake after processing. Dry secondary treatment saves manpower and material resources.
The micro-lubrication system is powered by compressed air, and the oil mist consumption can be automatically adjusted according to the processing requirements, thus avoiding the waste of oil. The micron-sized oil mist particles generated by the system are greatly affected by the high-speed rotating centrifugal force, which makes the oil mist more penetrating and quickly reaches the lubrication point, making the lubricating oil utilization more effective. Compared with the hydraulic station type spray lubrication method, the huge lubrication station system and the waste liquid processing link are eliminated, and no oil leakage occurs, and the equipment and the ground environment are clean, and zero sewage is realized.
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Xinxiang Zhenying Mechanical Equipment Co., Ltd , https://www.beltconveyor.nl