Abstract: A cutting appliance, system, method and manufacturing process related to a blade set, a cutter and a stationary blade for the blade set. The cutter includes a main portion, such as a substantially flat main portion obtained from sheet metal material, at least one toothed leading edge protruding from the main portion. The at least one toothed leading edge includes at least two teeth and at least one scraping portion including a tapered scraper profile at least partially extending in a longitudinal direction that is perpendicular to a cutting motion direction of the cutter. The at least one scraping portion may be, in a mounted state, arranged to contact a stationary blade of the blade set at a first wall thereof to scrape off accumulated dirt and debris when the cutter and the stationary blade are moved with respect to each other when in operation.

Abstract: The present disclosure relates to a cutting appliance (10), a blade set (20), and to a cutter (24) and a stationary blade (22) for said blade set (20). Said cutter (24) comprising a main portion (78), particularly a substantially flat main portion obtained from sheet metal material, at least one toothed leading edge (80) protruding from the main portion (78), the at least one toothed leading edge (80) comprising a plurality of teeth (82), and at least one scraping portion (300) comprising a tapered scraper profile (302, 304, 306) at least partially extending in a longitudinal direction (X) that is perpendicular to a cutting motion direction (126) of the cutter (24), wherein the at least one scraping portion (300) is, in a mounted state, arranged to contact a stationary blade (22) of the blade set (20) at a first wall (100) thereof to scrape off accumulated dirt and debris when the cutter (24) and the stationary blade (22) are moved with respect to each other when in operation.