Abstract: A components (17) packaging structure for pharmaceutical containers, comprising at least one tray (10), which has at least one open side for introducing and extracting at least one supporting shelf (11) which is parallel to a bottom plane (14) of the tray (10) and which rests in correspondence of the inner walls (15) of the tray (10); said supporting shelf (11) has a spatially predetermined distribution of first seats or cavities (13) within which closing components and/or generic accessories of said containers, such as rubber caps (17), nuts (20) with crimping snap or other types of sealing nuts and/or caps, are placed, so that the vertical axis of each closure component is perpendicular to said bottom plane (14) of the tray (10), said structure thus constituting a guarantee of sterility and cleanliness of said closing components and/or generic accessories which are inserted in said seats or cavities (13).

Abstract: The invention relates to a packaging system (1, 20) of two or more objects or containers (2) in a controlled environment, able to contain a first container (1), equipped with a barrier of sterility, and a casing or package (20), externally coupled to the first container (1) and provided with at least one removable wall (8), so that said container (1) can be accessible from outside and/or can be decoupled from said casing or package (20).

Abstract: Packaging structure for containers (3, 3?) for pharmaceutical use, comprising a tray (1) having an open side for introducing and extracting a support plane (2) of the containers (3, 3?), and a closing element (5) of the open side of the tray (1), said support plane (2) having a spatial prefixed distribution of seats (6) in which said containers (3, 3?) can be precisely positioned without mutual contact, whereby the structure comprises diversification means of the engaging configuration between said support plane (2) and said tray (1) in order to maintain unchanged the points inside the tray (1) in which an end (3a, 3a1) of the containers (3, 3?) is placed, with the variation of the height of the containers (3, 3?) associated from time to time to the support plane (2).

Abstract: The package structure for glass containers for pharmaceutical use (e.g.: bottles, carpules and phials . . . ), comprises a tray (2) accommodating, at a raised position with respect to its bottom, a support plane (4) having a plurality of holes (12) for introducing containers spaced with a preset spatial order, the support plane comprising, at each introduction hole, elastically yielding means (13) for holding the container by means of a radial holding force, the holding means extending inside the volume enclosed by the projection of the perimeter of the hole in a manner parallel to the central symmetry axis (S) of the latter.

Abstract: The manufacturing process for packing of injectables for medical use, comprises in temporal sequence the steps of: a) forming (1) of glass primary containers, b) forming by plastic injection (3) of complementary devices (4), c (assembling (5) of the empty primary containers with corresponding complementary devices to form assembled devices (6), d) washing (7) the assembled devices with water for injection, e) nesting (8) the assembled devices in a tray (9), f) inserting said tray housing said assembled devices into a secondary container and closing said secondary container, g) sterilising (10) the assembled devices in the closed secondary container, h) preparing the closed secondary container for transportation to a remote site.

Abstract: The package structure for glass containers for pharmaceutical use (e.g.: bottles, carpules and phials . . . ), comprises a tray (2) accommodating, at a raised position with respect to its bottom, a support plane (4) having a plurality of holes (12) for introducing containers spaced with a preset spatial order, the support plane comprising, at each introduction hole, elastically yielding means (13) for holding the container by means of a radial holding force, the holding means extending inside the volume enclosed by the projection of the perimeter of the hole in a manner parallel to the central symmetry axis (S) of the latter.

Abstract: Packaging structure for containers (3, 3?) for pharmaceutical use, comprising a tray (1) having an open side for introducing and extracting a support plane (2) of the containers (3, 3?), and a closing element (5) of the open side of the tray (1), said support plane (2) having a spatial prefixed distribution of seats (6) in which said containers (3, 3?) can be precisely positioned without mutual contact, whereby the structure comprises diversification means of the engaging configuration between said support plane (2) and said tray (1) in order to maintain unchanged the points inside the tray (1) in which an end (3a, 3a1) of the containers (3, 3?) is placed, with the variation of the height of the containers (3, 3?) associated from time to time to the support plane (2).

Abstract: The package structure for glass containers for pharmaceutical use (e.g.: bottles, carpules and phials . . . ), comprises a tray (2) accommodating, at a raised position with respect to its bottom, a support plane (4) having a plurality of holes (12) for introducing containers spaced with a preset spatial order, the support plane comprising, at each introduction hole, elastically yielding means (13) for holding the container by means of a radial holding force, the holding means extending inside the volume enclosed by the projection of the perimeter of the hole in a manner parallel to the central symmetry axis (S) of the latter.

Abstract: The packaging structure of containers for pharmaceutical use comprises a box-type body in plastic having a bottom and side walls, means for predetermined spatial positioning of the containers, and a lid applied for closing the box-type body and comprising a membrane selectively permeable to a sterilising fluid suitable to sterilise the containers; the packaging structure, permitting a predetermined spatial position) of the containers for pharmaceutical use, is adapted to directly and automatically feed process machines for their final conditioning.