Abstract: The present invention provides an improved transfer set for use in an automated compounding device. The transfer set comprises a plurality of fluid conduits, each fluid conduit including a first section and a second section, the first and second sections being coupled together in fluid communication by a coupler. A housing is provided for receiving at least a portion of the fluid conduits and the coupler. The housing defines separate channels for receiving a portion of the second section of each fluid conduit. The channels extend for a sufficient distance so that at least substantially an entire length of the second section that is located in the housing is located in a channel thereby securing the fluid conduits in place in the housing. An improved method for making a transfer set is also provided.

Abstract: A multi-stepped adapter for accommodating a wide range of diameters of access ports of enteral feeding devices. The leading step of the adapter is sized in length and diameter to prevent a secure connection to an IV access port, such as an intravenous needle or luer connection.

Abstract: The present invention provides a sterile, unitized, economical device furnishing a fluid path between a plurality of solutions to be compounded and a receiving container. The device includes a plurality of fluid connectors and fluid lines sealingly connected to respective pump fittings which provide individual paths to a common junction block.The common junction block includes a portion for receiving fluid lines and preventing them from crimping thereby maintaining fluid flow. The block also includes an exit port for providing a sealingly sterile connection to the receiving container. Further, a closure is provided to protect the exit port from contamination when the port is not providing fluid communication to the receiving container.