A device (1"') for singulation of used beverage or food containers received in bulk into individual objects, comprising: a first receiving area (2"') arranged for simultaneously receiving and keeping a plurality of containers; a second receiving area (3"') positioned at a higher vertical level than the first receiving area, wherein the device (1"') further comprises a transporting device (4"') comprising a container elevating member (5"') for transporting a container from the first receiving area (2"') to the second receiving area (3"'), wherein the elevating member (5"') is attached to said transporting device, which transporting device (4"') is configured to move said container elevating member along a circumferential path around a first axis (x) upon activation of the transporting device (4"'), said first axis (x) being inclined at an angle of 1° to 45° relative the horizontal plane, and said container elevating member (5"') is locked to said circumferential path during the elevation of said containers, and wherein a container supporting surface of the container elevating member (5"') slopes downwardly as seen radially inwards, when said container elevating member (5"') is arranged at a container drop-off point along said circumferential path; said container drop-off point being arranged between said first receiving area (2"') and the point where the elevating member (5"') reaches its top most position along said circumferential path, characterized in that the second receiving area (3"') comprises at least a portion of a conveyer belt (14"'), the first axis (x), when projected onto the horizontal plane, is provided at an angle to the longitudinal axis of the conveyor belt (14"'), when projected onto the horizontal plane, wherein said angle is between 95° and 130°, said conveyor belt (14"') is a V-conveyor (14"') comprising two belts, wherein each belt extends from a respective starting end to a respective distal end, and said starting end of one of the two belts is offset the starting end of the other belt along the extension of the V-conveyor (14'"). a first receiving area (2"') arranged for simultaneously receiving and keeping a plurality of containers; a second receiving area (3"') positioned at a higher vertical level than the first receiving area, wherein the device (1"') further comprises a transporting device (4"') comprising a container elevating member (5"') for transporting a container from the first receiving area (2"') to the second receiving area (3"'), wherein the elevating member (5"') is attached to said transporting device, which transporting device (4"') is configured to move said container elevating member along a circumferential path around a first axis (x) upon activation of the transporting device (4"'), said first axis (x) being inclined at an angle of 1° to 45° relative the horizontal plane, and said container elevating member (5"') is locked to said circumferential path during the elevation of said containers, and wherein a container supporting surface of the container elevating member (5"') slopes downwardly as seen radially inwards, when said container elevating member (5"') is arranged at a container drop-off point along said circumferential path; said container drop-off point being arranged between said first receiving area (2"') and the point where the elevating member (5"') reaches its top most position along said circumferential path, characterized in that the second receiving area (3"') comprises at least a portion of a conveyer belt (14"'), the first axis (x), when projected onto the horizontal plane, is provided at an angle to the longitudinal axis of the conveyor belt (14"'), when projected onto the horizontal plane, wherein said angle is between 95° and 130°, said conveyor belt (14"') is a V-conveyor (14"') comprising two belts, wherein each belt extends from a respective starting end to a respective distal end, and said starting end of one of the two belts is offset the starting end of the other belt along the extension of the V-conveyor (14'").