Abstract: The present invention is a needle holder assembly for using during a blood collection procedure and more particularly to a blood collection tube holder with means for easily engaging and disengaging a blood collection needle from the holder and for not prematurely disengaging a blood collection needle. The needle holder includes an engaging trigger to engage the holder with a needle and a disengaging trigger to disengage the holder with a needle and a preventative needle release indicator that prevents premature movement of the disengaging trigger and disengagement of the needle from the holder.

Abstract: The present invention is a method for assembling a safety shield assembly and more particularly a method for assembling a safety shield assembly with a fluid handling device. Preferably, the safety shield assembly may be assembled with a needle assembly, an intravenous infusion set a syringe, a catheter or other fluid handling devices or assemblies that contain piercing elements.

Abstract: A vessel is disclosed that is useful for collecting a sample of a body fluid and, when subjected to centrifugation, separating the sample into a higher specific gravity phase and a lower specific gravity phase. The vessel of the invention includes an elongate tube that has an open end, a closed end and a sidewall. The sidewall has an outside surface and an inside surface and defines a receptacle with a central axis. The vessel has a closure disposed to fit the open end of the tube thereby sealing the receptacle. The vessel also includes an elongate separator releasably positioned at the open end of the tube that has a resilient top portion an elongate lower portion. The elongate lower portion has an axial passage therethrough. The top portion is sized to fit releaseably within the receptcle with an interference fit against the inside surface. When the vessel is subject to axial centrifugal force, the separator moves a distance axially from the open end toward the closed end.