Abstract: A method for producing a re-closable container. The method includes sealing a lidding film (10) on the upper surface (6) of the peripheral flange (5) and on the upper surface (11) of the peripheral frame member (9). During the sealing step, the bridging elements (13) of the discontinuous die-cut line (12) are broken by displacing the peripheral frame member (9) by means of the seal tool to a lower level than the peripheral flange (5). When opening the container, the lidding film (10) is peeled off from the container body (1) but stays adhered to the peripheral frame member (9) of the lid (2). The container can easily be opened since the bridging elements (13) between the lid (2) and the container body (1) are broken during the heat sealing step.

Abstract: A container including a cover lid and a base member, a cover lid border region by which it can abut on a base member border region so to form in an abutting status an enclosure, a tubular element by which the container can be brought into a completely assembled status, having dimensions suitable for surrounding the cover lid The base member when brought in the abutting status and provided with locking means for keeping the cover lid and the base member together in the completely assembled status.

Abstract: A method for producing a re-closable container. The method includes sealing a lidding film (10) on the upper surface (6) of the peripheral flange (5) and on the upper surface (11) of the peripheral frame member (9). During the sealing step, the bridging elements (13) of the discontinuous die-cut line (12) are broken by displacing the peripheral frame member (9) by means of the seal tool to a lower level than the peripheral flange (5). When opening the container, the lidding film (10) is peeled off from the container body (1) but stays adhered to the peripheral frame member (9) of the lid (2). The container can easily be opened since the bridging elements (13) between the lid (2) and the container body (1) are broken during the heat sealing step.