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An ornamental filled glass unit (“FGU”) is manufactured by placing a first glass lite in a horizontally supported position and affixing a spacer frame around a periphery of the first surface, providing a space for filling. A first joiner element centered on the first surface, the joiner element havi

An ornamental filled glass unit (“FGU”) is manufactured by placing a first glass lite in a horizontally supported position and affixing a spacer frame around a periphery of the first surface, providing a space for filling. A first joiner element centered on the first surface, the joiner element having an upward height that slightly exceeds an intended gap between the first lite and a second lite to be placed on the spacer frame. Additional joiner elements may be used, depending upon the area of the first surface. A filler design is built by arranging a plurality of infill elements in the filling space. The second lite is affixed to an adhesive sealant around a top surface of the spacer frame, and to an adhesive on an upwardly-extending surface of each joiner element. The filler design is spatially maintained when the filler space is sealed by the second lite.

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1. A method of fabricating a filled insulated glass unit, comprising the steps of: providing a first lite of glass;placing the first lite in a horizontally supported position, a first surface of the first lite facing upwardly;affixing a spacer frame around a periphery of the first surface;affixing a

1. A method of fabricating a filled insulated glass unit, comprising the steps of: providing a first lite of glass;placing the first lite in a horizontally supported position, a first surface of the first lite facing upwardly;affixing a spacer frame around a periphery of the first surface;affixing a first end of a first joiner element to a center of the first surface, the first joiner element extending substantially normal to the first surface and having an upward height that slightly exceeds an intended gap to be formed;building up a filler design atop the first surface by arranging a plurality of infill elements within the spacer frame;applying a bead of adhesive sealant around a top surface of the spacer frame;providing an adhesive on an upwardly-extending second end of the first joiner element;registering a second lite of glass atop the spacer frame and the first joiner element, a first surface of the second lite in facing relationship to the first surface of the first lite; andapplying pressure to the second lite to sealingly secure it to the spacer frame, forming a filled glass unit with the intended gap between the respective first surfaces;wherein the infill elements are sized and selected to be maintained in the filler design in the gap when the filled glass unit is turned to a vertical position. 2. The method of claim 1, wherein: the step of affixing the spacer frame is achieved using a bead of an adhesive sealant. 3. The method of claim 1, further comprising the step of: removing atmospheric moisture from the filled glass unit by inserting a desiccant material into the unit before the second lite is sealed to the spacer frame. 4. The method of claim 1, further comprising the step of: affixing at least one set of at least two second joiner elements to the first surface of the first lite, each second joiner element of each set arranged symmetrically relative to the first joiner element. 5. The method of claim 4, wherein: the first and second joiner element is a cylindrical disc. 6. The method of claim 4, wherein: each second joiner element is affixed to the first surface in spaced-apart relationship relative to the remaining joiner elements. 7. An ornamental filled insulated glass unit, comprising: a first and a second lite of glass, the respective lites being of substantially identical height and width;a continuous spacer frame, affixed around a periphery of each of the lites to maintain the lites in fixed spaced-apart relationship, providing a gap with a predetermined thickness between the facing inner surfaces of the lites;a first joiner element, having a thickness slightly larger than the thickness of the gap, positioned in the gap and contacting the respective inner surfaces of the lites at a center point of each; anda plurality of infill elements arranged around the first joiner element in the gap to substantially fill the gap, each of the infill elements having a thickness slightly less than the gap thickness. 8. The unit of claim 7, further comprising: a plurality of second joiner elements, arranged in at least one set of symmetrical positions about the first joiner element, each of the second joiner elements having a thickness slightly larger than the gap thickness, positioned in the gap and contacting the respective inner surfaces of the lites. 9. The unit of claim 8, wherein: each of the first and second joiner elements are affixed to the inner surfaces of the first and second lites by a layer of double-sided bonding tape. 10. The device of claim 8, wherein: the first and second joiner element is a cylindrical disc. 11. The device of claim 8, wherein: each first and second joiner element is in spaced-apart relationship relative to the remaining joiner elements. 12. The unit of claim 7, wherein: the first and second joiner elements are visually indistinguishable from the infill elements. 13. The unit of claim 7, wherein: at least one of the lites comprises laminated glass. 14. An ornamental display, comprising: a plurality of the ornamental filled insulated glass units of claim 7; anda framing structure maintaining the filled insulated glass units in predetermined spatial arrangement.