Wound debridement is the essential clinical process of removing non-viable, necrotic tissue to optimize the wound bed for accelerated regeneration. By eliminating barriers such as eschar, slough, and persistent bioburden, this procedure offers the distinct advantages of reducing infection risk and shifting the wound from a chronic, stalled state into an active phase of granulation. Whether utilizing autolytic, enzymatic, or sharp debridement, this intervention regulates the healing environment and allows for better visualization of the wound's progress. It is primarily indicated for patients with complex, non-healing injuries—including pressure ulcers, diabetic wounds, and infected surgical sites—where the presence of devitalized tissue prevents the formation of healthy new skin.