1. It can greatly reduce the cost of prototype production and shorten the development time.
2. The quality of the casting is good and the production cost is low. The content organization of the casting is dense and the internal defects are greatly reduced. The large-scale and mass production of the casting is realized and the cost is significantly reduced.
3. The casting has high dimensional accuracy and a smooth surface, which can reduce the costs of subsequent cleaning and machining. It is especially suitable for producing castings with high dimensional accuracy, complex shapes, and intricate designs. There is no unnecessary material accumulation on the casting, such as flash or draft angles, ensuring that the casting can be completed in one go according to the required dimensional accuracy,
4. Compared to many other casting methods, it is simpler and more efficient. It significantly improves the working environment and production conditions of the casting line, making the production status better meet the requirements of environmental protection technology parameters. It facilitates manual operation and automated production line control. It reduces labor intensity, decreases labor demand and energy consumption. By simplifying the production process, it is more effective and economical.
5. Used sand can be recycled, which is in line with the goal of emission reduction and energy saving, reducing material waste and reducing waste generation
6. The material is not limited, and the size is suitable. It can be cast stainless steel, aluminum alloy, steel, cast iron, nickel alloy and other metals, and the cast parts are widely used in automobile, ship, military, agriculture and other industries. The weight range can be produced more widely, up to 500 kg.
