An apparatus for packaging containers of devices for pharmaceutical use includes a robotic arm movable from a gripping position, in which it picks up a container previously sealed by at least one protective sheet, to a release position in which it inserts the container into a bag through a suitable opening provided on a side of the bag; wherein the robotic arm is connected to at least one position control camera configured to read coordinates of a midpoint of the opening with respect to a lying plane on which the bag lies and/or an angle of rotation of the bag with respect to an axis perpendicular to the lying plane, so as to ensure the correct positioning and release of the container inside the bag.

An apparatus for packaging containers of devices for pharmaceutical use includes a robotic arm movable from a gripping position, in which it picks up a container previously sealed by at least one protective sheet, to a release position in which it inserts the container into a bag through a suitable opening provided on a side of the bag; wherein the robotic arm is connected to at least one position control camera configured to read coordinates of a midpoint of the opening with respect to a lying plane on which the bag lies and/or an angle of rotation of the bag with respect to an axis perpendicular to the lying plane, so as to ensure the correct positioning and release of the container inside the bag.

The invention relates to a filling device for filling bags with a respective unsealed upper end and at least two layers lying on top of one another. A filling station for filling the bags in characterised in that the filling device comprises at least one layer movement device (30) for moving the at least one layer of the bag relative to the at least one second layer, with which the layers of the bag can be acted upon, wherein the layer movement device is arranged in front of the filling station.

In the present invention, an insertion object (300) and backing-equipped shrink film packaging (200) are lined up in series along the insertion direction. An introduction guide body (120) comprises: a head part (121) having an outer diameter smaller than the inner diameter of the a shrink film (220); and an air-blowing port (122) that blows air from the inside thereof toward the outer surface thereof. There are an insertion preparation means in which the introduction guide body (120) is gradually introduced into the shrink film (220) of the backing-equipped shrink film packaging (200) by the sliding movement of a slider device (130), and the shrink film (220) is inflated by air, and an insertion means in which the insertion object (300) is gradually inserted into the inflated shrink film (220), and the insertion object (300) is pulled or pushed to a prescribed position by the insertion means.

In the present invention, an insertion object (300) and backing-equipped shrink film packaging (200) are lined up in series along the insertion direction. An introduction guide body (120) comprises: a head part (121) having an outer diameter smaller than the inner diameter of the a shrink film (220); and an air-blowing port (122) that blows air from the inside thereof toward the outer surface thereof. There are an insertion preparation means in which the introduction guide body (120) is gradually introduced into the shrink film (220) of the backing-equipped shrink film packaging (200) by the sliding movement of a slider device (130), and the shrink film (220) is inflated by air, and an insertion means in which the insertion object (300) is gradually inserted into the inflated shrink film (220), and the insertion object (300) is pulled or pushed to a prescribed position by the insertion means.

A bread slicer is provided with an input compartment for a loaf of bread and a set of blades designed for cutting a loaf of bread and cooperating with a push block, which enables the loaf to be pushed through the set of blades to an output table. The output table has a bag holder for keeping open a packing bag with the opening facing the set of blades, the push block being arranged to push at least a part of the sliced loaf so as to introduce it at least partially in the packing bag.

A bread slicer is provided with an input compartment for a loaf of bread and a set of blades designed for cutting a loaf of bread and cooperating with a push block, which enables the loaf to be pushed through the set of blades to an output table. The output table has a bag holder for keeping open a packing bag with the opening facing the set of blades, the push block being arranged to push at least a part of the sliced loaf so as to introduce it at least partially in the packing bag.

A polyethylene-based thermally-shrinkable film for pack-in box packaging, in which: a product is not damaged due to breakage or looseness of a film during packaging and transportation of the product; because of the low-temperature shrink characteristic, the product is not exposed to excessively high heat during shrink wrapping and power consumption in a shrink tunnel can be reduced; and because of a small thickness of the film, garbage and other wastes can be reduced. The film is a polyethylene-based thermally-shrinkable multilayer film for pack-in box packaging obtained by biaxial orientation in MD and TD and stretching in MD only further after biaxial orientation. Preferably, the film is a polyethylene-based thermally-shrinkable multilayer film for pack-in box packaging in which the film as a whole has a thickness of 25 μm or less.

An inline vending machine for ice and water vending installed within a store wall allowing a user to purchase ice and water without entering the store. A shipping frame for shipping and installation of the insulated wall into the store wall is also disclosed.

Two series of work products move along parallel paths into open bags mounted on wickets and carry the bags to shipping containers. When the bags on the wickets are depleted, the wickets are automatically removed and replaced by wickets loaded with a new supply of bags.