Abstract: Fluid delivery devices for delivering therapeutic agents are described. More particularly, this disclosure relates to drug reconstitution devices having a plurality of components movable with respect to one another such that an active agent and a solvent can be reconstituted within the device prior to injection. The fluid delivery devices can include a housing, a cartridge holder, a cartridge disposed within the cartridge holder, a button rod, and a foot. The cartridge stores the active agent and the solvent, which are separated by one or more stoppers. The button rod and foot can provide an axial force upon the stopper(s) in the cartridge to inject the fluid once reconstituted. The foot and the button rod can be separate components, thereby enabling the foot to rotate independently with respect to the button rod as the cartridge holder is rotated to reconstitute the therapeutic and prime the device for injection.

Abstract: An extruded PET parison includes a first extruded polymer comprising PET, and a second extruded polymer comprising PET. In embodiments, the first extruded polymer and the second extruded polymer are co-extruded, and the first extruded polymer has an intrinsic viscosity that is higher that the intrinsic viscosity of the second extruded polymer. A monolayer embodiment is also disclosed. In embodiments, a monolayer extruded PET container is comprised of bottle grade PET resin that has been solid stated and may have an IV from about 0.96 to about 1.4.

Abstract: An extruded PET parison includes a first extruded polymer comprising PET, and a second extruded polymer comprising PET. In embodiments, the first extruded polymer and the second extruded polymer are co-extruded, and the first extruded polymer has an intrinsic viscosity that is higher that the intrinsic viscosity of the second extruded polymer. A monolayer embodiment is also disclosed. In embodiments, a monolayer extruded PET container is comprised of bottle grade PET resin that has been solid stated and may have an IV from about 0.96 to about 1.4.

Abstract: An extruded PET parison includes a first extruded polymer comprising PET, and a second extruded polymer comprising PET. In embodiments, the first extruded polymer and the second extruded polymer are co-extruded, and the first extruded polymer has an intrinsic viscosity that is higher that the intrinsic viscosity of the second extruded polymer. A monolayer embodiment is also disclosed. In embodiments, a monolayer extruded PET container is comprised of bottle grade PET resin that has been solid stated and may have an IV from about 0.96 to about 1.4.

Abstract: A method for customizable printing a multi-pack of articles includes providing data from a database; electronically generating variable data based on the data from the database; printing variable data on a plurality of articles; and combining the plurality of similar articles to form a multi-pack of articles.

Abstract: An extruded PET parison includes a first extruded polymer comprising PET, and a second extruded polymer comprising PET. In embodiments, the first extruded polymer and the second extruded polymer are co-extruded, and the first extruded polymer has an intrinsic viscosity that is higher that the intrinsic viscosity of the second extruded polymer. A monolayer embodiment is also disclosed. In embodiments, a monolayer extruded PET container is comprised of bottle grade PET resin that has been solid stated and may have an IV from about 0.96 to about 1.4.

Abstract: A one-piece, unitary molded plastic container includes a neck portion; a base portion; and a sidewall extending upwardly from the base portion toward the neck portion. The sidewall includes an upper body portion and a lower body portion. The lower body portion is substantially cylindrical, extends from the base portion toward the upper body portion, and has a height that is from about 0.10 to about 0.60 of the total height of the container. The upper body portion is substantially non-cylindrical, extends upwardly from the lower body portion toward the neck portion, and has a height that is from about 0.30 to about 0.80 of the total height of the container; and includes a curved label-receiving portion. In embodiments, a label—e.g., a directly-applied ink label or separately applied composite label—is applied to the label-receiving portion.

Abstract: A hollow plastic container with a separately formed handle engaging the sidewall of the container and supported thereby. The handle includes an elongated portion extending upwardly over the major portion of the longitudinal extent of the sidewall and arm portions extending from the elongated portion towards the sidewall for engagement with the sidewall, wherein the sidewall receives the arm portions and holds the handle in place.

Abstract: A plastic blow molded container (10) is disclosed as including a freestanding base structure (20) that is constructed with good stability against tipping provided by five alternating hollow legs (22) and five curved ribs (34) that alternate, and a hub (41) from which the legs and ribs extend radially with a construction that provides good stability against tipping as well as the capability of withstanding internal pressure. The legs (22) have lower flat feet (24) of truncated wedge shapes with an outer diameter Df, and the hub (41) has a periphery connected to the feet and ribs with a height Hp such that the ratio of the diameter Df over the height Hp is in the range of about 25 to 90 to maintain strength without the hub engaging the supporting surface on which the feet rest.