摘要
针对高速加工数控机床切削液循环系统中存在切削液过滤精度高、过滤量大、需人工更换滤芯等问题,设计了磁性增强高压切削液切削系统。通过磁性增强方式设计多模组的快速更换,可以提高磁性切屑固液分离能力,增加过滤效果。通过多级过滤系统结构设计,可提升过滤精度,减小高压柱塞泵的摩擦力,降低能耗。
In view of the problems of high filtering precision, large filtering amount and manual replacement of filter elements in the cutting fluid circulation system of high-speed machining CNC machine tools, a magnetic enhanced high-pressure cutting fluid cutting system is designed. The fast replacement of multi-mode group designed by magnetic enhancement can improve the solidliquid separation ability of magnetic chips, and then increase the filtration effect. Through the structural design of multi-stage filtration system, the filtration accuracy can be improved, and the friction of high-pressure piston pump can be reduced, so as to reduce energy consumption.
作者
刘庆伦
冯嫦
沈晓棉
LIU Qinglun;FENG Chang;SHEN Xiaomian(Zhongshan Torch Polytechnic,Zhongshan 528436)
出处
《现代制造技术与装备》
2022年第8期108-110,共3页
Modern Manufacturing Technology and Equipment
基金
中山火炬职业技术学院产学研项目(202006CXYYB15)。
关键词
磁性过滤
结构设计
高精度
切削液过滤
magnetic filtration
structural design
high-precision
cutting fluid filtration
