As stated by Engineering Product Design’s Knowledge Base, metal forging is a crucial deformation process employed in iron and steel manufacturing, where a metal billet is compressed between two dies to create a final part. With a rich history dating back to 4000 B.C., forging has evolved from using stone tools to modern high-powered hammers and mechanical presses, revolutionizing the production of items like turbine rotors, gears, cutlery, and structural components for various industries.
What is Metal Forging? Metal forging involves forming a billet or workpiece by applying compression force between two dies or tooling. Typically performed above the re-crystallization temperature, forging ensures exceptional strength and toughness in the forged components.
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