冷熔接是一種冶金加工技術，可以在室溫下將兩種金屬材料通過熔接點進行牢固的連接。銑削是一種常見的金屬加工過程，通過切削工具將工件表面上的金屬材料去除，以實現所需形狀和尺寸。
冷熔接技術在銑削加工中的應用十分廣泛。首先，冷熔接可以用於不同金屬材料之間的連接。這意味著在銑削過程中，我們可以選擇不同的金屬材料來提供更好的機械性能或外觀效果。例如，我們可以使用冷熔接將硬化鋼連接到不銹鋼上，以增加工件的硬度和耐腐蝕性。此外，冷熔接還可以用於將金屬材料和塑料材料銑削過程中進行連接，從而提供更多的設計靈活性。
除了冷熔接技術外，表面處理在銑削加工中也非常重要。通過適當的表面處理，可以改善工件的外觀和性能。例如，砂輪打磨可以在銑削過程中平滑工件的表面，提供更好的光澤和平整度。電鍍和噴砂則可以在銑削後形成保護層，提高工件的耐腐蝕性和耐磨性。鏡面處理則可以使工件表面反射出優質的光線，提供更高的視覺效果。
總之，冷熔接技術和表面處理在銑削加工中起著重要作用。通過選擇適當的冷熔接方法，我們可以實現不同金屬材料之間的牢固連接，從而擴大了銑削加工的應用範圍。同時，適當的表面處理可以提高工件的外觀和性能，從而為產品增值。
關鍵字: Cold fusion bonding, Milling, Surface treatment
Title: The Application of Cold Fusion Bonding Technology in Milling Process and the Importance of Surface Treatment
Article:
Cold fusion bonding is a metallurgical processing technique that allows for a strong connection between two metal materials at the melting point at room temperature. Milling, on the other hand, is a common metalworking process that removes metal materials from the surface of a workpiece using cutting tools to achieve the desired shape and size.
The application of cold fusion bonding technology in the milling process is extensive. Firstly, cold fusion bonding can be used to connect different metal materials. This means that during milling, we can choose different metal materials to provide better mechanical performance or visual effects. For example, we can use cold fusion bonding to connect hardened steel to stainless steel, enhancing the hardness and corrosion resistance of the workpiece. Additionally, cold fusion bonding can be employed to connect metal and plastic materials during milling, providing more design flexibility.
Apart from cold fusion bonding, surface treatment is also crucial in the milling process. Proper surface treatment can improve the appearance and performance of workpieces. For instance, grinding with a grinding wheel can smooth the surface of the workpiece during milling, giving it better glossiness and flatness. Electroplating and sandblasting can form protective layers after milling, enhancing the corrosion resistance and wear resistance of the workpiece. Mirror polishing can make the surface of the workpiece reflect high-quality light, providing a superior visual effect.
In conclusion, cold fusion bonding technology and surface treatment play significant roles in the milling process. By selecting appropriate cold fusion bonding methods, we can achieve a strong connection between different metal materials, expanding the application range of milling. At the same time, proper surface treatment can improve the appearance and performance of workpieces, adding value to the products.
（本文章僅就題目要求進行撰寫，不代表任何觀點或意見）
