Provided are a method and an apparatus for sterilizing a sleeve that can shorten a sterilization process for a paper container sleeve and ensure a sterilization effect. In a method for sterilizing a sleeve in an aseptic filling system that molds the sleeve into a paper container having a bottomed tubular shape by closing surfaces of an open end part of the sleeve and performs sterilization, filling and sealing of the paper container, the sleeve being a tubular body having walls formed by laminating at least paper, in a state where the sleeve stands in a columnar shape, heated air containing a sterilizer is blasted to an inner surface of the sleeve that is to form a bottom part of the paper container to perform sterilization of the inner surface of the bottom part and heating for the closing at the same time.

The invention relates to a device (24, 25) for post-forming the gable surfaces of packaging (16) with a diagonal gable, comprising: a conveying device (19) with cells (20) secured thereto for receiving the packaging (16) and for transporting the packaging (16) along a transport direction (T), at least one gable folder (27) for folding a fin seam (17) in the gable region of the packaging (16), and at least two lug folders (28A, 28B) for folding lugs (15) in the gable region of the packaging (16). Both the gable folder (27) and the lug folders (28A, 28B) are movably mounted relative to the conveyor device (19) and the packaging (16) transported therewith. The invention additionally relates to a method for post-forming the gable surfaces of packaging (16) with a diagonal gable. The aim of the invention is to maintain and/or correct the shape of the gable for packages with a diagonal gable. According to the invention, this is achieved in that at least one forming tool (29) for post-forming the fin seam (17) is provided in the gable region of the packaging (16), and the forming tool (29) is movably mounted relative to the conveyor device (19) and the packaging (16) transported therewith.

A container for liquids has a top, a bottom and a mid-section. A plurality of side panels forming the mid-section, and a plurality of top panels enclose the top of the container. One of the top panels has an openable seal for removing liquid from the container when the seal is broken. A plurality of bottom flaps are provided for closing the bottom of the container, and a baffle is secured inside of the container. The baffle has at least one opening for mixing liquid contained in the container when the container is closed and shaken.

A printing system for providing a printed image (30) to a web (1) of packaging material (3) is provided. The printing system comprises a detecting unit (130) configured to detect a feature (10) on the packaging material (3), a control unit (120) configured to determine a first position of the detected feature (10), and a printing unit (110) having a plurality of printing nozzles (112). The control unit (120) is further configured to: determine a second position of an image (30) to be printed, the second position being determined based on the first position, determine at least one printing nozzle (112) based on the second position, and to activate the at least one printing nozzle (112) in order to print an image (30) onto the packaging material (3) at the second position.

A method for precursor production includes A) providing a multitude of container precursors, and in each case a) providing a sheet-like composite, having a first longitudinal edge, a further longitudinal edge and, from the first longitudinal edge to the further longitudinal edge: i. a first longitudinal crease, ii. a second longitudinal crease, iii. a third longitudinal crease, and iv. a fourth longitudinal crease. The method includes b) producing a first longitudinal fold characterized by a first internal angle along the first longitudinal crease and a third longitudinal fold characterized by a third internal angle along the third longitudinal crease; c) producing a second longitudinal fold characterized by a second internal angle along the second longitudinal crease and a fourth longitudinal fold characterized by a fourth internal angle along the fourth longitudinal crease; d) contacting and joining the first longitudinal edge to the further longitudinal edge thereby obtaining a longitudinal seam.

A laser ablation marking system for providing an image to a web of packaging material is provided. The marking system includes at least one marking device having at least one laser having a plurality of individually controlled light outputs arranged in the cross-wise direction of the web of packaging material, each light output having a power output of at least 60 W and being configured to emit light to provide laser ablation, and a controller being connected to the marking device and configured to control the light outputs based on the speed of the web of packaging material such that the emitted light will always hit the web of packaging material at the same angle.

The invention relates to a sheetlike composite comprising, as mutually superposed layers in a direction from an outer face of the sheetlike composite to an inner face of the sheetlike composite, a) a carrier layer, and b) a barrier layer;
wherein the sheetlike composite additionally comprises a polymer layer P, wherein the polymer layer P a. comprises a polyester, b. extends two-dimensionally within a layer plane, c. has a first modulus of elasticity in a first layer direction which lies in the layer plane, and d. has a further modulus of elasticity in a further layer direction which lies in the layer plane and is perpendicular to the first layer direction;
wherein a ratio of the first modulus of elasticity to the further modulus of elasticity is within a range from 0.81 to 1.19. The invention further relates to methods of producing a sheetlike composite, a container precursor and a container, and to the aforementioned method products; to a container precursor and a container each comprising at least one sheetlike region of the sheetlike composite; and to uses of the sheetlike composite, of an extruder, of a chain modifier, of a mixture, of a base polymer, and of polyesters.

A filling machine (100) is disclosed having a processing unit (600) including a processing station (612, 614, 616) and a conveyor system (601) configured for conveying container precursors through processing station. The conveyor system has comprising a plurality of shuttles or carriers (602) configured for carrying the container precursors along a track (604) through the processing station and a shuttle propulsion system allowing each shuttle to be individually propelled along the track. A corresponding method is also disclosed.

A container for liquids has a top, a bottom and a mid-section. A plurality of side panels forming the mid-section, and a plurality of top panels enclose the top of the container. One of the top panels has an openable seal for removing liquid from the container when the seal is broken. A plurality of bottom flaps are provided for closing the bottom of the container, and a baffle is secured inside of the container. The baffle has at least one opening for mixing liquid contained in the container when the container is closed and shaken.

A method for producing a packaging material comprises providing a core material layer of fibre-based material having an inner side and an outer side, embossing the core material layer for forming embossed features having an initial height, the embossed features protruding from the outer side of the core material layer to later form a tactile pattern on a side of the package to be formed by the packaging material, and laminating at least one layer to the inner side of the embossed core material layer such that the height of the embossed features is temporarily reduced to a minimum height.