电解去毛刺优点中英文简述-苏州市联青机电工贸有限公司

电解去毛刺优点中英文简述

作者：苏州中航长风数控科技有限公司 | 来源：www.szcfedm.com | 浏览次数：

电解去毛刺是一种先进的去毛刺技术,是电化学加工(电解加工)技术中发展较快应用较广的一项新工艺。作为电化学加工的一种特殊的应用形式,它对加工工件无机械作用力,容易实现自动化或半自动化,适合去除高硬度,高韧性金属零件的毛刺,可以在工件的特定部位进行限定加工。
对于手工难以处理,可达性差的复杂内腔部位,尤其是交叉孔相贯线的毛刺,利用电化学去毛刺有着明显的优势。电化学去毛刺对加工棱边可以取得较高的边缘均一性和良好的表面质量,具有去除毛刺效果好,安全可靠,高效等优点,一般情况和传统工艺相比,效率可提高10-20倍以上。
电化学去毛刺设备已有系列化产品:在汽车发动机,通用工程机械.航空航天,气动液压等众多行业得到广泛应用,是电化学加工机床中生产批量较大,应用领域较广的重要装备。
电解加工又称电化学加工,是金属工件在电解液中发生阳极溶解的一种加工方法。适用于难以去除的内部毛刺。
适用于热处理后和精加工的零件
适用于生产线作业,适用于整个金属切削加工领域。
大中批量生产最为经济。
适用非线性电解液对人体无害。
The electrochemical deburring is a kind of advanced technology, deburring electrochemical machining (is) technology in the electrochemical machining fast development of wide application of new technology. As a kind of special electrochemical machining the application form for machining, it is easy to realize automation, mechanical forces, or for removing high hardness and high toughness of metal parts in the burr, can be certain parts of the limit.
For manual unwieldy, accessibility of complex lumen area, especially cross hole interfingering lines burr, using electrochemical deburring has obvious advantages. The electrochemical deburring processing edge to edge can achieve higher homogeneity and good surface quality, has good effect removing burr, safe and reliable, efficient, the general situation and advantages compared to the traditional craft, can improve the efficiency of 10-20 times above.
The electrochemical deburring equipment for seriation product: in the car engine, general engineering machinery. Aerospace, pneumatic hydraulic etc in many industries, is widely used in production batch processing machine and electrochemical wider application field, the important equipment.
Electrochemical machining and electrochemical machining, is called the metal workpieces in electrolyte in an anode dissolve processing method. Applicable to remove the internal burr.
Applicable to the machining and heat treatment
Applicable to production line, apply to the entire metal machining area.
Most large batch production.
Suitable nonlinear electrolyte of harmless