System and method for single pass printing on textiles
Systems and methods are described for printing directly onto textiles including digitally printing an image in a single pass. The systems and methods provide for printing in one pass, thereby reducing distortion from movement of the textile or misalignment of the print head(s). The systems and methods provide for a second print head that may operate as a redundant print head.
1. A method for direct to garment printing comprising:
mounting a textile on a platen;
disposing at least two print heads having multiple nozzles above the textile wherein the at least two print heads are positioned to provide coverage that spans the width of an area of the textile that is to receive a wide-format image, wherein the wide-format image is an image wider than the width of a print head; and
printing the wide-format image on the textile, wherein the printing step comprises moving each of the print heads in no more than one direction in a single pass along a y-axis parallel to the garment and dispensing ink from the multiple nozzles.
2. The method of claim 1 , further comprising curing the printed image.
3. The method of claim 1 , wherein printing the image is performed by a controller manipulating the at least two print heads.
4. The method of claim 3 , wherein the printed image is cured by a curing unit.
5. The method of claim 4 , wherein the curing unit is manipulated by the controller.
6. The method of claim 1 , wherein the at least two print heads are ink jet print heads.
7. A system for direct to garment printing comprising:
a platen for holding a textile piece;
at least two print heads disposed directly above the platen for holding the textile piece, wherein the at least two print heads are positioned to provide coverage that spans the width of an area of the textile that is to receive a wide-format image, wherein the wide-format image is an image wider than the width of a print head;
at least two y-axes along which the at least two print heads progress; and
an array of nozzles contained within each of the at least two print heads for dispensing an ink layer to create a wide-format image, wherein the dispensing comprises moving each of the at least two print heads in no more than one direction in a single pass along the y-axes parallel to the garment.
8. The system of claim 7 , further comprising a controller to manipulate the at least two inkjet print heads.
9. The system of claim 8 , further comprising a curing unit located above the textile piece.
10. The system of claim 9 , wherein the controller manipulates the curing unit.
11. The system of claim 7 , wherein the at least two print heads are inkjet print heads.
12. The system of claim 7 , wherein the at least two prints heads comprise a pair of print heads each.
13. A method for direct to garment printing comprising:
mounting a textile on a platen;
disposing at least two sets of print heads having multiple nozzles above the textile, wherein each set comprises two or more print heads, wherein the at least two sets of print heads are positioned to provide coverage that spans the width of an area of the textile that is to receive a wide-format image, wherein the wide-format image is an image wider than the width of a print head; and
printing the wide-format image on the textile, wherein the printing step comprises moving each of the print heads in no more than one direction in a single pass along a y-axis parallel to the garment and dispensing ink from the multiple nozzles.
14. A method for direct to garment printing comprising:
mounting a textile on a platen;
disposing at least two print heads having multiple nozzles above the textile wherein the at least two print heads are positioned to provide coverage that spans the width of an area of the textile that is to receive a wide-format image, wherein the wide-format image is an image wider than the width of a print head; and
printing the wide-format image on the textile, wherein the printing step comprises dispensing ink from the multiple nozzles as the garment moves in no more than one direction in a single pass along a y-axis under the at least two print heads, wherein the at least two print heads remain stationary.