Milling, as an indispensable and important process in modern manufacturing, is centered on using rotating multi-edged tools to cut workpieces, thereby achieving high-precision and high-efficiency part processing. In this process, the choice of materials is crucial because it directly affects the performance, processing difficulty and final cost of the workpiece.
Aluminium, dengan bobotnya yang ringan, kekuatan tinggi dan resistensi korosi, menempati posisi penting di bidang penggilingan . terutama dalam dirgantara dan manufaktur otomotif, aluminium disukai untuk rasio yang sangat baik dan berkompleks dengan {{3}. yang sangat baik, {{. yang baik melalui milling {{{{{3} {{3} {{{{3} {{{{3} yang baik, {{3} {{{3} {{3 {3 {{{3 {3 {3 {3 {3 {3 {3 {3 {3 {3 {3 {3 {3 {3 {3
Steel, especially alloy steel, is another major material in milling due to its high strength and excellent wear resistance. In machinery manufacturing, mold manufacturing and construction industries, alloy steel parts are widely used in heavy loads and high stress occasions. For example, gears, bearings and shaft parts manufactured by milling rely on the high strength and durability of steel.
Paduan tembaga dan tembaga banyak digunakan dalam industri listrik dan elektronik karena konduktivitas listrik dan termal yang sangat baik . dalam proses penggilingan, tembaga digunakan untuk memproduksi komponen elektronik presisi dan konektor karena kinerja pemotongan yang baik dan sifat pemolesan yang mudah .
Selain itu, plastik teknik dan bahan komposit juga memainkan peran yang semakin penting dalam penggilingan . bahan -bahan ini banyak digunakan dalam elektronik, peralatan listrik, dan perangkat medis karena bobotnya yang ringan, ketahanan korosi, dan sifat isolasi yang baik .
When selecting milling materials, it is necessary to comprehensively consider the use environment, performance requirements, and cost budget of the workpiece. The correct selection of materials can not only improve product quality, but also reduce production costs and improve production efficiency. With the advancement of science and technology and the continuous emergence of new materials, the milling industry will usher in more innovations and possibilities.
