A system for automatic finishing of a pre-treated animal intestine, said system comprising: • a roller section comprising at least: a. a sectioned first rotatable roller, which is sectioned in at least two sub-sections transversely to an imaginary axis running through the sub-sections, said sub-sections being separated along the imaginary axis leaving a space between the sub-sections; and b. a second rotatable roller, with an axis being parallel to the imaginary axis of the sectioned first roller, said second roller being of a length making the second roller capable of working together with each of said at least two sub-sections of said sectioned first roller; • a feeder section for feeding intestines into said roller section, said feeder section comprising a feeder, comprising a feeder belt with guiding means, for transporting or conveying a part of the intestine towards said roller section; characterized in further comprising • an automatic handling section, comprising a robot or automatic handling means being adapted to lift away the intestine transported or conveyed by the feeder belt, • said robot or automatic handling means comprising a robot movement means or automatic movement means adapted to control at least two handling fingers and at least two pressure pads, each connected to a handling finger for firmly gripping and holding the intestine, • the robot movement means or automatic movement means further being adapted to control the handling fingers and pressure pads so as to move the handling fingers and pressure pads in a pre-determined path of motion during the handling of the one intestine, where the path of motion may include movements of the handling fingers and pressure pads sideways, up and down, backwards and forwards and at least angle the handling fingers to let the intestine slide off the handling fingers, • and where the robot or automatic handling system is adapted to deliver the intestine to the roller system in the roller section. • a roller section comprising at least: a. a sectioned first rotatable roller, which is sectioned in at least two sub-sections transversely to an imaginary axis running through the sub-sections, said sub-sections being separated along the imaginary axis leaving a space between the sub-sections; and b. a second rotatable roller, with an axis being parallel to the imaginary axis of the sectioned first roller, said second roller being of a length making the second roller capable of working together with each of said at least two sub-sections of said sectioned first roller; a. a sectioned first rotatable roller, which is sectioned in at least two sub-sections transversely to an imaginary axis running through the sub-sections, said sub-sections being separated along the imaginary axis leaving a space between the sub-sections; and b. a second rotatable roller, with an axis being parallel to the imaginary axis of the sectioned first roller, said second roller being of a length making the second roller capable of working together with each of said at least two sub-sections of said sectioned first roller; • a feeder section for feeding intestines into said roller section, said feeder section comprising a feeder, comprising a feeder belt with guiding means, for transporting or conveying a part of the intestine towards said roller section; characterized in further comprising • an automatic handling section, comprising a robot or automatic handling means being adapted to lift away the intestine transported or conveyed by the feeder belt, • said robot or automatic handling means comprising a robot movement means or automatic movement means adapted to control at least two handling fingers and at least two pressure pads, each connected to a handling finger for firmly gripping and holding the intestine, • the robot movement means or automatic movement means further being adapted to control the handling fingers and pressure pads so as to move the handling fingers and pressure pads in a pre-determined path of motion during the handling of the one intestine, where the path of motion may include movements of the handling fingers and pressure pads sideways, up and down, backwards and forwards and at least angle the handling fingers to let the intestine slide off the handling fingers, • and where the robot or automatic handling system is adapted to deliver the intestine to the roller system in the roller section.