朋友们,你们知道水也能克刚吗,看看这种高压的,喷射水平的可以切开坚硬的钢铁,大理石等材料,是不是太神奇了,那么，是否可以利用这种工艺来对产品零件,去毛刺、除氧化皮呢？

　　Friends, do you know that water can also overcome hardness? Look at this high-pressure, horizontal spray that can cut through hard materials such as steel and marble. Isn't it amazing? So, can this process be used to remove burrs and oxide scales from product parts?

　　答案是肯定的,只要掌握好适当的水流喷射压力,完全用可以用来搞定毛刺、氧化皮，通过液压管呢,向高压喷嘴内注入几十兆帕的高压水，配合 CNC 数字运动控制机构，比如机械手位移方向控制部件等辅助设施呢,将高压水流喷射到毛刺或者氧化皮的部位,毛刺根部或氧化层底部呢,将产生极大的局部应力,破坏其结构而脱落，从而达到去毛刺、以氧化皮的目的。

　　The answer is yes. As long as the appropriate water jet pressure is mastered, it can be used to remove burrs and oxide scales. Through hydraulic pipes, high-pressure water of tens of megapascals can be injected into the high-pressure nozzle. Combined with CNC digital motion control mechanisms, such as mechanical arm displacement direction control components and other auxiliary facilities, high-pressure water can be sprayed onto the burrs or oxide scales. The root of the burrs or the bottom of the oxide layer will generate great local stress, which will damage its structure and cause it to fall off, thus achieving the purpose of removing burrs and oxide scales.

　　这种柔性的加工工艺呢，适合于钢铁、镁、铝合金、塑料等材质的零件,起锚自以清洗,尤其擅长于中大型工件的深孔、盲孔、交叉孔,复杂型腔、内部管路,得去毛刺处理。

　　This flexible processing technology is suitable for parts made of materials such as steel, magnesium, aluminum alloy, plastic, etc. It can be self cleaned by anchoring, especially for deep holes, blind holes, cross holes, complex cavities, and internal pipelines of medium and large workpieces, which require deburring treatment.

　　高压去毛刺清洗机的优点是效率高，适用性强、环保、无污染、没有耗材损耗、自动化程度高,缺点呢，是机器一次性的投资大,通常是少则几10万,动辄几百万这个样子,需要专业的 CNC 编程技能,嗯,批次处理数量较小,没有表面提光增亮的作用,过深过长的毛内孔呢,去毛刺是不彻底,目前一般都是在汽车、能源、航空航天,液压工程、机械设备中的一些核心零部件上的应用,朋友，我想尝试一下这种去毛刺的黑科技吗？

　　The advantages of high-pressure deburring cleaning machine are high efficiency, strong applicability, environmental protection, no pollution, no consumable loss, and high degree of automation. However, the disadvantages are that the machine requires a large one-time investment, usually ranging from tens of thousands to millions, and requires professional CNC programming skills. The batch processing quantity is small, and there is no surface brightening effect. For deep and long inner holes, deburring is not thorough. Currently, it is generally applied to some core components in automobiless, energy, aerospace, hydraulic engineering, and mechanical equipment. Friend, do I want to try this black technology for deburring?

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　　This article is a friendly contribution from a high-pressure deburring cleaning machine For more related knowledge, please click http://www.lewjj.com Sincere attitude To provide you with comprehensive services We will gradually contribute more relevant knowledge to everyone Coming soon.