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?? Above: A Plasma Cutter is Working in Zinsine's Workshop
Plasma cutting technology originated in the 1950s, primarily developed to meet the aerospace industry's demand for high-precision metal cutting. The first plasma cutter was invented in 1956, initially aimed at efficiently cutting stainless steel and other non-ferrous metals. With continuous technological improvements, plasma cutting has gradually expanded into a wide range of applications and become an essential part of modern manufacturing.
Features
? ? High efficiency: Plasma cutting uses a high-temperature, high-velocity plasma arc to melt and blow away material. It offers significantly faster cutting speeds than traditional flame cutting, especially evident when processing thin sheets.
? ? Wide applicability: Plasma cutting works on various conductive metals, including stainless steel, aluminum, and copper. It is not strictly limited by material thickness, capable of cutting from very thin to relatively thick plates.
? ? Good cut quality: Compared to conventional methods, plasma cutting produces smoother and straighter cut surfaces, reducing the need for post-processing.
? ? High flexibility: Plasma cutting equipment is relatively compact and portable, enabling flexible operation. It is well-suited for complex shapes and cutting tasks in different positions, making it ideal for automated production lines.
