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A spacer formation cell usable in configuration of a window assembly, wherein the cell includes a plurality of stages through which a spacer work piece is routed, and the stages include a holding stage, a cutting stage, a bending stage, and a connecting stage. The stages can be arranged in interlink

A spacer formation cell usable in configuration of a window assembly, wherein the cell includes a plurality of stages through which a spacer work piece is routed, and the stages include a holding stage, a cutting stage, a bending stage, and a connecting stage. The stages can be arranged in interlinked configuration, enabling spacers to be fabricated in a direct and time-efficient manner. The stages can be interlinked to form a framework, forming an exterior enclosure for the stages of the cell, and enabling at least of the majority of the cell's operations to be readily overseen by an operator from single vantage points around the cell. The configuration of the formation cell enables a wide variety of spacer types and/or sizes to be readily processed, with such processing to be readily alternated.

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1. A cell for forming a spacer usable in configuration of a window assembly, the cell comprising: a plurality of stages through which a spacer work piece is routed, the stages including a bending stage and a connecting stage;the bending stage including a plurality of bending heads and a bending tabl

1. A cell for forming a spacer usable in configuration of a window assembly, the cell comprising: a plurality of stages through which a spacer work piece is routed, the stages including a bending stage and a connecting stage;the bending stage including a plurality of bending heads and a bending table, the bending heads aligned and in spaced-apart orientations with an edge of the table and selectively movable along the bending table edge, each bending head being equipped with a clamp assembly, the clamp assemblies being vertically displaceable relative to the bending table, the clamp assemblies seating corresponding bending tools therein, the clamp assemblies configured for securing retaining extents of the spacer work piece and being entirely rotatable about the tools, wherein each clamp assembly consists of inner and outer clamp portions, each of the portions equipped with self-adjusting mechanisms to accommodate differing types and sizes of the spacer work piece; andthe connecting stage including an angled wall, a pair of connecting heads, and a transport mechanism, the transport mechanism comprising a pair of spaced apart conveyor belts separated by a connecting window defined in the wall, the connecting heads extending from the connecting window and configured to mate with corresponding pair of platforms situated between the spaced-apart conveyor belts, whereby positioning of the open ends of the spacer work piece between the platforms enables the connecting heads to mate and shift collectively with the stations in joining the open ends together. 2. The cell of claim 1, wherein the plurality of stages further comprise a holding stage and a cutting stage positioned upstream of the bending and connecting stages, the plurality of stages arranged in interlinked configuration and grouped together via a framework, the framework forming an exterior enclosure for the stages of the cell. 3. The cell of claim 2 wherein the stages are configured in a rectangular-shaped grouping, around which operations on the spacer work piece are conducted in roundabout manner, Wherein at least a majority of the stages are observable by an operator from single vantage points around the cell. 4. The cell of claim 2, wherein the holding stage includes a plurality of holding stations in which different spacer work pieces are separately retrievable. 5. The cell of claim 4 wherein each of the holding stations defines a channel extending across a length of the holding stage, each channel sized to accommodate only a single column of vertically-stacked spacer work pieces therein. 6. The cell of claim 5 wherein the channels are defined by spaced-apart plates, wherein the plates of one or more of the holding stations are selectively adjustable to vary widths of the channels. 7. The cell of claim 2, wherein the cutting stage includes a cutting station equipped with cutting tool. 8. The cell of claim 7, further comprising a further transport mechanism configured to transfer the spacer work piece from the bolding stage to the cutting stage and locate the work piece relative to the cutting tool for cutting operation. 9. The cell of claim 1 wherein the inner clamp portion defines a pocket via upper and lower tables, one of the tables vertically movable relative to other of the tables to account for differing widths of the spacer work piece. 10. The cell of claim 9 wherein the outer clamp comprises a pair of pinions, each of which is vertically adjustable to align with the upper and lower tables of the inner clamp portion and securely the extent of the spacer work piece there between. 11. The cell of claim 1 further comprising a station between the bending and connecting stages for reorienting the spacer work piece, the station including further angled wall and pair of spaced-apart tables operably coupled to the wall, the tables movable relative to each other to define a gap to surround elongated sides of the spacer work piece and movable together to orient the spacer work piece against the wall. 12. The cell of claim 11, wherein the angled wall and further angled wall are operably joined to form aligned surfaces along which the work piece is conveyable from the station to the connecting stage. 13. A cell for forming a spacer usable in configuration of a window assembly, the cell comprising: a plurality of stages through which a spacer work piece is routed, the stages including bending stage and a connecting stage;the bending stage including a plurality of bending heads and a bending table, the bending heads aligned and in spaced-apart orientations with an edge of the table and selectively movable along the bending table edge, each bending head being equipped with a clamp assembly, the clamp assemblies being vertically displaceable relative to the bending table, the clamp assemblies seating corresponding bending tools therein, the clamp assemblies configured for securing retaining extents of the spacer work piece and being entirely rotatable about the tools; andthe connecting stage including an angled wall, a pair of connecting heads, and a transport mechanism, the transport mechanism comprising a pair of spaced apart conveyor belts separated by a connecting window defined in the wall, the connecting heads extending from the connecting window and configured to mate with corresponding pair of platforms situated between the spaced-apart conveyor belts, whereby positioning of the open ends of the spacer work piece between the platforms enables the connecting heads to mate and shift collectively with the stations in joining the open ends together;wherein the plurality of stages further comprise a holding stage and a cutting stage positioned upstream of the bending and connecting stages, the plurality of stages arranged in interlinked configuration and grouped together via a framework, the framework forming an exterior enclosure for the stages of the cell;wherein the stages are configured in a rectangular-shaped grouping, around which operations on the spacer work piece are conducted in roundabout manner, wherein at least a majority of the stages are observable by an operator from single vantage points around the cell; andwherein an inner area of the cell is vacant, said area sized for an operator to be positioned and monitor all of the stages of the cell from single location. 14. A cell for forming a spacer usable in configuration of a window assembly, the cell comprising: a plurality of stages through which a spacer work piece is routed, the stages including a bending stage and a connecting stage;the bending stage including a plurality of bending heads and a bending table, the bending heads aligned and in spaced-apart orientations with an edge of the table and selectively movable along the bending table edge, each bending head being equipped with a clamp assembly, the clamp assemblies being vertically displaceable relative to the bending table, the clamp assemblies seating corresponding bending tools therein, the clamp assemblies configured for securing retaining extents of the spacer work piece and being entirely rotatable about the tools; andthe connecting stage including an angled wall, a air of connecting heads, and a transport mechanism, the transport mechanism comprising a pair of spaced apart conveyor belts separated by a connecting window defined in the wall, the connecting heads extending from the connecting window and configured to mate with corresponding pair of platforms situated between the spaced-apart conveyor belts, whereby positioning of the open ends of the spacer work piece between the platforms enables the connecting heads to mate and shift collectively with the stations in joining the open ends together;wherein the plurality of stages further comprise a holding stage and a cutting stage positioned upstream of the bending and connecting stages, the plurality of stages arranged in interlinked configuration and grouped together via a framework, the framework forming an exterior enclosure for the stages of the cell;wherein the cutting stage includes a cutting station equipped with cutting tool; andwherein the cutting stage has a longitudinal extent along which the spacer work piece is locatable, wherein the cutting station is positioned at one end of the longitudinal extent and one or more sensors are positioned at an opposing end of the longitudinal extent, the one or more sensors configured for providing proximity information of the transferred spacer work piece. 15. A cell for forming a spacer usable in configuration of a window assembly, the cell comprising: a plurality of stages through which a spacer work piece is routed, the stages including a bending stage and a connecting stage;the bending stage including a plurality of bending heads and a bending table, the bending heads aligned and in spaced-apart orientations with an edge of the table and selectively movable along the bending table edge, each bending head being equipped with a clamp assembly, the clamp assemblies being vertically displaceable relative to the bending table, the clamp assemblies seating corresponding bending tools therein, the clamp assemblies configured for securing retaining extents of the spacer work piece and being entirely rotatable about the tools; andthe connecting stage including an angled wall, a pair of connecting heads, and a transport mechanism, the transport mechanism comprising a pair of spaced apart conveyor belts separated by a connecting window defined in the wall, the connecting heads extending from the connecting window and configured to mate with corresponding pair of platforms situated between the spaced-apart conveyor belts, whereby positioning of the open ends of the spacer work piece between the platforms enables the connecting heads to mate and shift collectively with the stations in joining the open ends together;wherein the bending stage further includes a carriage carrying a plurality of replacement bending tools from an underside of the carriage, the carriage situated above and vertically displaceable relative to the bending table, wherein the clamp assemblies are alignable with the replaceable bending tools of the carriage. 16. The cell of claim 15 wherein the bending tools of the clamp assemblies and the replacement bending tools carried by the carriage have similar shape and orientation, wherein only vertical displacement of the clamp assemblies relative to the carriage is warranted for removal of the bending tools from the clamp assemblies and insertion of the replacement bending tools in the clamp assemblies.