Abstract

Centrifugal casting has revolutionized metal manufacturing by harnessing centripetal forces to shape molten metal into high-quality components. This process, driven by controlled spinning, enhances structural integrity, reduces defects, and produces near-net-shaped parts. This article explores the diverse applications, advantages over traditional methods, environmental impact, and the future prospects of centrifugal casting in the manufacturing industry. The manufacturing landscape has continually evolved, adopting innovative techniques that redefine the way we create complex metal components. Among these methods, centrifugal casting stands as a pioneering force, utilizing centripetal forces to shape molten metal into intricate and high-quality parts. This article delves into the intricacies and transformative potential of centrifugal casting within metal manufacturing