You need to understand the significance of the casting process as a part of metalworking before you can properly appreciate the beauty of machined castings. This process enables the production of a wide range of complicated metal components in a wide range of metals for a variety of industries.
Although castings can be utilized as-is when they come out of the mold, in most circumstances, they need to be machined to enhance the quality of each part.
Difference Between Machining and Casting
How Does Casting Work?
The heated liquid metal is poured into a mold with a cavity or a hollow cutout of the desired finishing shape during the casting process. The molten metal is taken from its mold once it has cooled and solidified, revealing the casting form.
These castings go through stringent quality tests, which frequently include a video borescope, to guarantee a high-quality finished product. The manufacturer can use this tool to check for FOD, residue, and other flaws.
What Is Machining and How Does It Work?
Machining is the process of removing particular materials in order to change the appearance and shape of a metal product or casting. Cutting with single-point or multipoint cutting tools, grinding, and non-traditional machining processes that use electrical, chemical, and other sources of energy are all examples of machining processes.
Aside from the ability to seal threaded holes and other surfaces, machining also allows you to make fine and detailed metal works that would be hard to achieve with only casting processes.
Are You Looking for Machined Castings?
If your next project necessitates the use of machined castings, you’ll need to source them from a company that specializes in both casting and machining. Ferralloy, Inc. is the world’s leading provider of designed products and services that provide entire supply chain management to a broad range of metalworking customers. Get in touch with us right away!