Gravity die casting is a manufacturing process you can specify to produce high-quality metal parts with complex shapes and a relatively good surface finish. It’s a type of die casting method because it uses a die, but it differs greatly in complexity from the pressurized and squeeze-cast methods. One of its major advantages is the simplicity of the equipment and the potential to use it in traditional and very low-tech foundry conditions.
It is widely viewed as an effective mass-production tool for producing metal components with moderate dimensional accuracy, consistent quality, and relatively short cycle times. This assertion is supported by the extensive use of the process across many moderate and high-volume sectors of manufacturing. The process is well-suited for demand ranging from 250 to 50,000 units per annum. Using cast iron or steel molds provides greater repeatability, lower labor, and improved cost-effectiveness in comparison to other casting methods, such as sand casting.
