to the present teachings the aperture and openings can be of various sizes depending on the desired shape of the base cell and cell matrix and the present teachings are not limited to any particular embodiments disclosed herein referring now to fig6 8 shown are various views of the u201c gusset u201d seal 106 according to u201c step 2 u201d shown in fig1 and 2 one skilled in the art would appreciate that any number of different manufacturing techniques may be used to accomplish this purpose without deviating from the present teachings which are not limited to a u201c gusset u201d seal what is desired is that this sealing step help shape the cells and in this way to allow them to receive a desired amount of fluid fig6 is a perspective view of a folding process used to manufacture a cell matrix after the cross web seals are imparted although not limited thereto top and bottom gusset seals 106 may be placed on the outer surface of the first and second sheet along the peaks of each undulation of each folded portion in one embodiment the gusset seals 106 are bonded seals fig7 is a cross sectional view of a sealing head used in manufacturing cells preferably a sealing head 130 cuts and seals both sides of the bonded cells along the outer surface of each undulation in the folded portion various configurations of bonds can be cut and sealed and used to create cells with convex concave and other surface geometries although not limited thereto fig8 is a perspective view of flat top cells manufactured according to the present teachings as shown in fig8.