10. Vacuum casting is more conducive to the filling and feeding of liquid metal, enhancing the tissue density of castings.
11. Composite casting, multiple pieces per box, significantly enhances the process yield and production efficiency of castings.
12. Improved casting accuracy reduces machining allowances, lightens the weight of castings, and lowers machining costs.
13. Easy to implement mechanized automatic assembly line production with high production line flexibility, capable of producing different alloys, shapes, and sizes of castings on a single production line.
14. After the white mold is made, there is no need for demolding.
15. Metal molds used have a lifespan of over 100,000 cycles, reducing maintenance costs for the消失模molds.
16. Reduced dust, smoke, and noise pollution, significantly improving the working environment, easing labor intensity, and achieving female worker replacement for male workers.
17. Streamlined the process operations, significantly reducing the technical requirements for workers.
18. The shape of the parts is not restricted by traditional casting processes, allowing designers to create ideal casting shapes as needed.
19. Holes larger than 10mm can be cast directly, reducing the weight of the casting and lowering processing costs.