A bioimplant package according to an embodiment of the present invention includes a sealing body to vacuum seal a bioimplant therein, and an inner box to accommodate the sealing body therein. The sealing body vacuum seals the bioimplant so that the bioimplant is located at a middle part of the sealing body. The inner box is made of an approximately rectangular-shaped sheet material divided into a mounting part to mount thereon the middle part of the sealing body, and a pair of winding parts which windingly fix a side part of the sealing body extending outward from the mounting part and come into linear contact with the sealing body in the vicinity of a boundary part with the mounting part. A bioimplant packaging method according to an embodiment of the present invention is a method for packaging a bioimplant by using a bioimplant package according to the above embodiment.

A box for containing stacked absorbent product and a method for making. The box can have six sides forming a six-sided polyhedron, the polyhedron having a primary layer comprising a top surface, a bottom surface, and four side walls. A secondary layer can overlay the primary layer on at least one of the side walls, the secondary layer having outer edges and an interior portion. The outer edges can be substantially coextensive with corner edges of the at least one side wall and the interior portion can be transparent. All six sides of the six-sided polyhedron and the secondary layer can be a folded configuration of a single sheet of material.

The invention relates to a carton for packing and a method for packing articles. The carton for packing comprises: a central portion (2) which is strip-shaped and in turn comprises a first portion (51), a second portion (52) and a third portion (53); a first reinforcing wing (11) foldable towards the second portion (52); a second reinforcing wing (12) foldable towards the second portion (52); a third reinforcing wing (13) foldable towards the third portion (53); a fourth reinforcing portion (14), foldable towards the first portion (51), a first closing wing (41) foldable towards the first portion (51); a second closing wing (42) foldable towards the first portion (51).

A canister for holding one or more products. The canister includes a canister body having a first layer and a second layer laminated to the first layer. The canister body has a bottom end having a bottom panel offset from the bottom of the canister and a top end sealed with a lid.

A corrugated plastic box and a method for manufacturing a corrugated plastic box from a blank are provided. The method includes the steps of forming rounded edge seals on the perimeter edges of the blank, pre-sealing portions of the blankincluding providing air vents to allow trapped air to escape during the pre-sealing processto form a plurality of areas in which major and minor flap slots and a glue tab are desired, ultrasonically scoring the blank to form a plurality of flap score lines, and cutting the blank through the plurality of pre-sealed flap slots and glue tab, leaving a sealed edge.

Disclosed are a packing box and a packing assembly having the same. The packing box includes a first plate module and a second plate module, the first auxiliary plate and the second auxiliary plate. In the folded state, it is a multi-layer stacked structure, which can reduce manufacturing costs and transportation costs. It is a packing box and a packing assembly having the same that can be quickly and conveniently packed by a user.

A package (1) includes cardboard having a bottom (3), a top (4), and a circumferential side wall (2). The top is designed to be separated from the package, removed and replaced thereon.

A corrugated fiberboard blank and container formed therefrom includes an interior portion and an exterior portion that are combined form a doubled-wall construction, in at least some portions of the container. In certain embodiments, the interior portion is hingedly coupled to the exterior portion, and a first front side wall comprises a first removable panel, a second front side wall comprises a second removable panel, and a first top section comprises a third removable panel.

A cup sleeve formed from a blank having a body portion and a coaster portion extending therefrom. The coaster portion being press fit against the body portion in an in-use orientation forming a generally multi-sided sleeve the coaster forming a bottom portion of the sleeve.

A container knockdown assembly capable of opening into an erected container assembly. The knockdown includes an unopened outer sleeve having first and second outer side panels opposing and substantially parallel to one another when in the knockdown form, and an unopened inner sleeve having first and second inner side panels opposing and substantially parallel to one another when in the knockdown form. The inner sleeve is secured within the outer sleeve in a positional relationship of the assembled container. A cutout is formed in a section of one of the outer corners of the outer sleeve to expose at least a portion of a corner of the inner corner. A container formed from such a knockdown is also provided.