Abstract: Apparatus and methods for removing excess fluid, and specifically gas, from a flexible container and sealing the container are provided. The apparatus comprises a device for receiving a flexible container including a product and having a first open end and a second sealed end located at an opposite end of the container from the first open end. The device includes an interior designed to receive at least a portion of the flexible container. The interior is defined, at least in part, by a compressible member that is so constructed and arranged so as to progressively squeeze excess gas located in the interior of the flexible container from the second sealed end out the first open end of the flexible container. The device also includes an integral sealing member that seals the first open end of the flexible container after the compressible member squeezes fluid from the interior of the flexible container.

Abstract: A pierce turn tap is provided that consists of two parts, and wherein there is provided integral molded seals, and wherein the pierce turn tap is adapted to be mounted on plastic pouches. The pierce turn tap has an integral seat and an integral flange for sealing directly to a plastic pouch. The tap is especially suitable for holding in an automatic attachment system for the purpose of sealing directly on a plastic pouch. External concentric body flanges are provided to permit alignment and automatic attachment. A locking device is provided for receiving a tab of a box, such as a cardboard box, whereby the body of the tap is locked and cannot rotate when the tap handle is rotated in use. The pierce turn tap includes inner and outer members, the inner member having a piercing device thereon, and wherein the members have openings that can selectively register with each other to permit material from the pouch to be dispensed.