Die casting is a popular manufacturing process for the casting of metal products. There are two main die casting process types and several variations in process design. When molten metal is forced into mold cavities at high pressure, it is known as die casting. The process is best suited for speedy production of bulk metallic parts that require minimal post-production machining. The main benefits of the die casting process include:
High quality: Parts created through die casting deliver a long service life.
High reliability: Uniformity of mass-produced parts is exceptional.
Quick production: Die cast tooling requires minimal maintenance.
Versatile design: Die casting can create virtually any size, part geometry, surface texture or luster.
Minimal assembly: Assembly features such as studs, drill holes, and bosses can be integrated into mold design.
Applications of Die Casting Processes
Die casting is a process that has far-reaching applications. Any part production process that creates high-volume metal components will likely benefit from die casting. A variety of manufacturing industries currently rely on one or many types of die casting processes, including the auto, aerospace and power tools industries.
Types of Die Casting Processes
All die casting process types are designed with the same goal in mind—cast a mold using injected molten metal. Depending on the type of melted metal, part geometry and part size, different die casting processes can deliver superior results over alternative methods. The two main types of die casting processes are hot-chamber and cold-chamber die casting. Variations on these two types of die casting include:
- Low-pressure die casting
- Vacuum die casting
- Squeeze die casting
- Semi-solid die casting
Read more: Die Casting Process Types