![]() Hammering can be done either by a machine or by hand. The distortions on the surface of a cymbal caused by hammer strikes add tonal complexity to a cymbal’s overall sound larger hammer marks cause greater disruptions of sound waves, lending to a trashier and darker sound. ![]() Hammering also adds tension and stress to a cymbal’s physical structure. When a cymbal is hammered, its metal is compressed outward depending on the pattern and intensity of the hammering, a cymbal can have a steeper or flatter profile (as a general rule, a steeper profile produces a higher pitch). Once a cymbal has its bell and center hole stamped, it undergoes a hammering process by which its general profile is formed. Understanding how these processes change the physical and sonic properties of an unfinished cymbal is important for any drummer looking to attain a deeper understanding of how their gear works. ![]() The hammering and lathing steps of the cymbal manufacturing process are crucial to shaping the overall sound profile of a cymbal. ![]()
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