A conveying facility with a drivable conveying member which forms a sheet-like main surface which faces the conveyed item and which defines a conveying stretch, and which comprises at least one conveying element which forms at least a part of the main surface, wherein the conveying member comprises rollers which via roller holders are rotatably mounted on the at least one conveying element about roller pivots and which can selectively assume the state of a freewheel position, an arrested position or a drive position, and the conveying facility comprises at least one conveying container which lies on the conveying member in a connection-free manner, wherein the rollers project at least partly beyond the main surface of the conveying element, so that the at least one conveying container lies on the rollers, and the conveying facility forms at least one accumulation stretch for buffering conveying containers and the rollers are in a freewheel position along the accumulation stretch, characterised in that subsequently to the accumulation stretch in the conveying direction, the conveying facility comprises a release device for releasing individual conveying containers out of the accumulation stretch, and the conveying facility forms an acceleration stretch, along which the rollers can be driven via a roll guide, wherein the acceleration stretch is arranged subsequent to the release device considered in the conveying direction, and the conveying facility along the conveying stretch forms a delivery region with a delivery device for delivering conveyed items to an outgoing conveyer, wherein the acceleration stretch is arranged upstream of the delivery region considered in the conveying direction, such that the conveying containers of the conveying facility can be brought into a cyclically synchronous conveying with conveying containers of the outgoing conveyor, so that pairings of conveying containers (10, 62) which are arranged next to one another can be formed in the delivery region for the purpose of delivery of the conveyed items. the conveying facility forms at least one accumulation stretch for buffering conveying containers and the rollers are in a freewheel position along the accumulation stretch, characterised in that subsequently to the accumulation stretch in the conveying direction, the conveying facility comprises a release device for releasing individual conveying containers out of the accumulation stretch, and the conveying facility forms an acceleration stretch, along which the rollers can be driven via a roll guide, wherein the acceleration stretch is arranged subsequent to the release device considered in the conveying direction, and the conveying facility along the conveying stretch forms a delivery region with a delivery device for delivering conveyed items to an outgoing conveyer, wherein the acceleration stretch is arranged upstream of the delivery region considered in the conveying direction, such that the conveying containers of the conveying facility can be brought into a cyclically synchronous conveying with conveying containers of the outgoing conveyor, so that pairings of conveying containers (10, 62) which are arranged next to one another can be formed in the delivery region for the purpose of delivery of the conveyed items.