Stackable container

A stackable container comprising independent laminar elements, said independent laminar elements being a bottom panel, two side panels and two front panels, the side panels, the front panels and the bottom panel being attached to each other by anchoring parts and the stackable container having a configuration to ensure stability during stacking, wherein the anchoring parts for attaching the front panels to the side panels comprise:

• a set of first hook-shaped anchoring parts and a set of first notches incorporated alternatively at lateral edges of each of the front panels, wherein a lower end of each first hook-shaped anchoring part is hook-shaped;
• and
• a set of second hook-shaped anchoring parts and a set of second notches incorporated alternatively at lateral edges of each of the side panels, wherein an upper end of each second hook-shaped anchoring part is hook-shaped;
• so that the set of first anchoring parts links with the set of second anchoring parts in such a way that the set of first anchoring parts fits in the set of second notches and the set of second anchoring parts fits in the set of first notches;
• the stackable container further comprising:
• a set of first projections starting from top edges of the front panels and a set of second projections starting from top edges of the side panels;
• an independent upper flat element that rests on the top edges of the front and side panels, said independent upper flat element incorporating slots in correspondence with locations of the first and second projections on which the slots are fitted;
• stacking notches established in lower edges of the side and front panels in locations corresponding with locations of the first and second projections, so that, when said stackable container constitutes an upper stackable container stacked with a lower stackable container that is identical to the upper stackable container, first and second projections of the lower stackable container are fitted in the stacking notches of the upper stackable container in such a way that the first and second projections of the lower stackable container abut against the bottom panel of the upper stackable container when a lateral force is exerted so as to avoid lateral displacements of the upper stackable container with respect to the lower stackable container, and the lower edges of the front and side panels of the upper stackable container rest on an upper flat element of the lower stackable container;
• and
• point feet located in lower corners of the side panels and point seats located in upper corners of the side panels, the point feet and the point seats being arranged in a same vertical direction, wherein each point foot is delimited by one of the stacking notches and a lower one of the set of second notches, such that the point feet of an upper stackable container are configured to transmit point by point a weight of the upper stackable container to the lower stackable container through the independent upper flat element and point seats of the lower stackable container.