In developing a new milling technique that can produce high precision, smoothness, and gloss on nickel workpiece surfaces, a widely used material is in industrial applications, particularly in mold manufacturing, in which the production requires exceptionally high accuracy. In this work, the factors influencing the magnetic material milling process are determined by investigating the distribution of magnetic iron (MIGs) and abrasive grains (AGs) in the working surface of magnetic liquid slurry (MLS). The magnetic liquid slurry (MLS) contained commercially available MIGs successfully applied for milling the surface of magnetic materials with extremely high accuracy. Surface roughness (Ra = 0.592 nm) without leaving scratches on the surface after milling.

中文翻译：

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一种利用磁性液体浆料进行超精密铣削镍的新工具

在开发一种可以在镍工件表面上产生高精度、光滑度和光泽度的新铣削技术时，一种广泛使用的材料在工业应用中，特别是在模具制造中，其中生产需要非常高的精度。在这项工作中，通过研究磁性液体浆料（MLS）工作表面中磁铁（MIGs）和磨粒（AGs）的分布来确定影响磁性材料铣削过程的因素。磁性液体浆料 (MLS) 包含市售的 MIG，成功应用于以极高的精度铣削磁性材料的表面。表面粗糙度 （拉 = 0.592nm) 铣削后不会在表面留下划痕。