An elastomeric container, comprising: a top enclosure and a bottom enclosure entirely comprised of an elastomer, the top enclosure and the bottom enclosure including a front edge, a back edge opposite the front edge, a left edge, and a right edge opposite the left edge, the top enclosure being coupled to the bottom enclosure along portions of one or more of the back edge, the left edge, the right edge, and the front edge; and a leak resistant seal integrated into the front edges of the top and bottom enclosures (101, 102) and configured to open and close the elastomeric container to provide access to an inner volume of the elastomeric container, the leak resistant seal including: a bottom press-fit element proximal to the front edge of the bottom enclosure and including: a vertical protrusion with one or more vertically offset ridges extending horizontally from the vertical protrusion; a front vertical cavity located on a front side of the vertical protrusion; a back vertical cavity located on a back side of the vertical protrusion opposite the front side; and a top press-fit element proximal to the front edge of the top enclosure and including indentations configured to receive the one or more vertically offset ridges to be locked into place into the indentations, wherein a vertical depth of the back vertical cavity is greater than a vertical depth of the front vertical cavity, wherein an upper surface of the bottom press-fit element corresponds with a lower surface of the top press-fit element, such that the upper surface and the lower surface are in contact at a boundary when the elastomeric container is closed, and wherein the bottom press-fit element is located opposite to the top press-fit element. a top enclosure and a bottom enclosure entirely comprised of an elastomer, the top enclosure and the bottom enclosure including a front edge, a back edge opposite the front edge, a left edge, and a right edge opposite the left edge, the top enclosure being coupled to the bottom enclosure along portions of one or more of the back edge, the left edge, the right edge, and the front edge; and a leak resistant seal integrated into the front edges of the top and bottom enclosures (101, 102) and configured to open and close the elastomeric container to provide access to an inner volume of the elastomeric container, the leak resistant seal including: a bottom press-fit element proximal to the front edge of the bottom enclosure and including: a vertical protrusion with one or more vertically offset ridges extending horizontally from the vertical protrusion; a front vertical cavity located on a front side of the vertical protrusion; a back vertical cavity located on a back side of the vertical protrusion opposite the front side; and a top press-fit element proximal to the front edge of the top enclosure and including indentations configured to receive the one or more vertically offset ridges to be locked into place into the indentations, a bottom press-fit element proximal to the front edge of the bottom enclosure and including: a vertical protrusion with one or more vertically offset ridges extending horizontally from the vertical protrusion; a front vertical cavity located on a front side of the vertical protrusion; a back vertical cavity located on a back side of the vertical protrusion opposite the front side; and a vertical protrusion with one or more vertically offset ridges extending horizontally from the vertical protrusion; a front vertical cavity located on a front side of the vertical protrusion; a back vertical cavity located on a back side of the vertical protrusion opposite the front side; and a top press-fit element proximal to the front edge of the top enclosure and including indentations configured to receive the one or more vertically offset ridges to be locked into place into the indentations, wherein a vertical depth of the back vertical cavity is greater than a vertical depth of the front vertical cavity, wherein an upper surface of the bottom press-fit element corresponds with a lower surface of the top press-fit element, such that the upper surface and the lower surface are in contact at a boundary when the elastomeric container is closed, and wherein the bottom press-fit element is located opposite to the top press-fit element.