Carbon fiber or fiberglass lacrosse head
A method of making a lacrosse head is provided. The method includes providing a lacrosse head design to a 3D printer, providing a first printing material to the 3D printer, the first printing material including carbon fiber or fiberglass, and printing the lacrosse head with the 3-D printer using the lacrosse head design and the printing material.
1. A 3D printed lacrosse head comprising:
a top lacrosse head region comprising layered plastic, wherein at least a portion of the top lacrosse head region is curved;
a left lacrosse head sidewall comprising layered plastic, the left lacrosse head sidewall being adjacent to the top lacrosse head region and at least a portion of the left lacrosse head sidewall being curved;
a right lacrosse head sidewall comprising layered plastic, the right lacrosse head sidewall being adjacent to the top lacrosse head region and at least a portion of the right lacrosse head sidewall being curved; and
a bottom lacrosse head region comprising layered plastic, the bottom lacrosse head region being adjacent to both the left lacrosse head sidewall and the right lacrosse head sidewall and at least a portion of the bottom lacrosse head region being curved,
wherein the layered plastic of at least one of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region has at least one strand of carbon fiber, fiber glass, or Kevlar embedded in an inner cross-section, wherein the at least one strand extends continuously through and is curved to correspond to the respective curved portion, and wherein a stiffness of the region having the at least one strand is different from the other regions.
2. The 3D printed lacrosse head of claim 1 , wherein the top lacrosse head region has at least one of the strands dispersed through a cross-section of the top lacrosse head region and the bottom lacrosse head region has at least one of the strands dispersed through a cross-section of the bottom lacrosse head region.
3. The 3D printed lacrosse head of claim 2 , wherein the top lacrosse head region has more of the strands than the bottom region.
4. The 3D printed lacrosse head of claim 2 , wherein the top lacrosse head region and bottom lacrosse head region both have less of the strands than both the left and right lacrosse head sidewalls.
5. The 3D printed lacrosse head of claim 1 , wherein the left lacrosse head sidewall has the at least one strand dispersed through a cross-section of the left lacrosse head sidewall.
6. The 3D printed lacrosse head of claim 1 , wherein the right lacrosse head sidewall has the at least one strand dispersed through a cross-section of the right lacrosse head sidewall.
7. The 3D printed lacrosse head of claim 1 , wherein one or more cross-sections comprise a circular arrangement of the strands.
8. The 3D printed lacrosse head of claim 1 , wherein one or more cross-sections comprise a linear arrangement of the strands.
9. The 3D printed lacrosse head of claim 1 , wherein one or more cross-sections comprise an arrangement of the strands symmetric around an axis of the respective cross-section.
10. The 3D printed lacrosse head of claim 1 , wherein one or more cross-sections comprise a square arrangement of the strands.
11. The 3D printed lacrosse head of claim 1 , wherein at least one of the strands extends continuously through at least two of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region.
12. The 3D printed lacrosse head of claim 1 , wherein at least one of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region comprises a plurality of the strands parallel to each other.
13. The 3D printed lacrosse head of claim 1 , wherein at least one of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region comprises a plurality of the strands crossing each other to form a cross-hatch pattern, and wherein the layered plastic of at least one of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region are formed in a honeycomb structure.
14. The 3D printed lacrosse head of claim 1 , further comprising:
a filament extending through each of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region, wherein a flexibility of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region is dependent upon an amount of tension applied to the filament.
15. The 3D printed lacrosse head of claim 1 , wherein at least one of the left lacrosse head sidewall and the right lacrosse head sidewall comprises a plurality of holes extending laterally through the left or right lacrosse head sidewall and at least one of the strands is disposed adjacent to the plurality of holes.
16. The 3D printed lacrosse head of claim 1 , wherein the top lacrosse head region has a smooth back surface opposite a pocket formed by the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region.
17. The 3D printed lacrosse head of claim 1 , wherein a pivot point is formed in the left lacrosse head sidewall and the right lacrosse head sidewall based on the strands in the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region.
18. The 3D printed lacrosse head of claim 1 , further comprising:
a lacrosse head neck region comprising layered plastic having one or more strands of carbon fiber, fiberglass, or Kevlar dispersed throughout a cross-section of the lacrosse head neck region, the lacrosse head neck region being adjacent to the bottom lacrosse head region.
19. The 3D printed lacrosse head of claim 1 , further comprising:
an optical fiber element.
20. The 3D printed lacrosse head of claim 1 , wherein the layered plastic of at least one of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region has one or more strands of carbon fiber, fiberglass, and Kevlar embedded therein, and wherein the one or more strands of carbon fiber, fiberglass, and Kevlar extend continuously through and are curved to correspond to the respective curved portion.
21. A method of 3D printing the lacrosse head of claim 1 comprising:
three-dimensionally printing a top lacrosse head region comprising layered plastic, wherein at least a portion of the top lacrosse head region being curved;
three-dimensionally printing a left lacrosse head sidewall comprising layered plastic, the left lacrosse head sidewall being formed adjacent to the top lacrosse head region and at least a portion of the left lacrosse head sidewall is curved;
three-dimensionally printing a right lacrosse head sidewall comprising layered plastic, the right lacrosse head sidewall being formed adjacent to the top lacrosse head region and at least a portion of the right lacrosse head sidewall being curved; and
three-dimensionally printing a bottom lacrosse head region comprising layered plastic, the bottom lacrosse head region being formed adjacent to both the left lacrosse head sidewall and the right lacrosse head sidewall and at least a portion of the bottom lacrosse head region being curved,
wherein the layered plastic of at least one of the top lacrosse head region, the left lacrosse head sidewall, the right lacrosse head sidewall, and the bottom lacrosse head region has at least one strand of carbon fiber, fiberglass, or Kevlar embedded in an inner cross-section, wherein the at least one strand extends continuously through and is curved to correspond to the respective curved portion, and wherein a stiffness of the region having the at least one strand is different from the other regions.