| Material | Stainless Steel,Carbon Steel,Alloy Steel,Aluminum Alloy,Zinc Alloy,Brass,Copper,etc |
| Surface Finish | Polish,Sand blasting,Powder coating,Anodize,Plating,Painting,Heat treatment,brushed,etc |
| Drawing Format | STP,STEP,PDF,etc |
| Customized | Make parts according to customer'd CAD drawing or physical sample. |
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The use of precision casting also promotes material utilization. Unlike traditional machining where a significant amount of material is wasted as chips, casting uses only the necessary amount of molten metal. This is especially beneficial when dealing with expensive alloys. In the manufacturing of aerospace-grade components, where materials like titanium alloys are used, precision casting helps in minimizing waste and cost.
Furthermore, the surface quality of precision cast parts is highly controllable. In automotive interiors, for example, decorative trim pieces can be cast with a fine surface finish that requires minimal polishing or finishing. In industrial equipment, a good surface finish on moving parts reduces friction and energy consumption. Overall, precision casting is a cornerstone of modern automotive and industrial manufacturing, enabling the production of high-performance, reliable components.
