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One aspect is a multi-axis clip hinge with a rotatable member having a spherical portion with a greatest outer diameter and a coupling portion for articulating said member. A clip is provided having an arm defining an inside diameter and comprising a connecting portion. The inside diameter of the ar

One aspect is a multi-axis clip hinge with a rotatable member having a spherical portion with a greatest outer diameter and a coupling portion for articulating said member. A clip is provided having an arm defining an inside diameter and comprising a connecting portion. The inside diameter of the arm is less than the greatest outer diameter of the spherical portion of the rotatable member and is engaged therewith such that it interferes with and grips the outside diameter of the spherical portion. A housing is configured to engage the connection portion of the clip thereby securing the clip to the housing. At least one of the clip and the housing prevents relative translational movement of the clip relative to the spherical portion yet allows the spherical portion to rotate in three axes of rotation relative to the clip.

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1. A multi-axis clip hinge comprising: a rotatable member comprising a spherical portion with a greatest outer diameter and a coupling portion for articulating said member;a plurality of clips each comprising at least one arm defining an inside diameter and comprising a connection portion;wherein th

1. A multi-axis clip hinge comprising: a rotatable member comprising a spherical portion with a greatest outer diameter and a coupling portion for articulating said member;a plurality of clips each comprising at least one arm defining an inside diameter and comprising a connection portion;wherein the inside diameter of the at least one arm in a relaxed state is less than the greatest outer diameter of the spherical portion of the rotatable member and wherein the at least one arm is forced over and substantially contains the spherical portion and is engaged therewith such that the at least one arm interferes with and grips the outside diameter of the spherical portion; anda housing configured to engage the connection portions of the plurality of clips thereby securing the clips to the housing and further configured to allow the at least one arm of the plurality of clips to flex in the radial direction away from the rotatable member without interference from the housing, the clips or the housing preventing relative translational movement of the clip relative to the spherical portion and allowing the spherical portion to rotate in three axes of rotation relative to the clip. 2. The multi-axis clip hinge of claim 1, wherein the plurality of clips have a width in an axial direction and the greatest outer diameter of the spherical portion is prevented from movement in the axial direction relative to the clip width by at least one of the clip and the housing. 3. The multi-axis clip hinge of claim 1, wherein a surface along the inside diameter of the clip comprises at least one zone of constant force. 4. The multi-axis clip hinge of claim 1, wherein a surface along the inside diameter of the clip comprises one or more variable pressure zones. 5. The multi-axis clip hinge of claim 1, wherein the plurality of clips are die stamped such that each have a cut portion and a ripped portion and wherein the ripped portions of the clips are oriented relative to each other to affect the torque of multi-axis clip hinge. 6. The multi-axis clip hinge of claim 1, wherein the housing further comprises features configured to prevent translational movement of the clip relative to the spherical portion, the features further configured to allow the spherical portion to rotate in three axes of rotation relative to the clip. 7. A multi-axis clip hinge comprising: a first member with a spherical structure and connecting structure for articulating said member, the spherical structure having an outer diameter;a second member comprising a plurality of clips each comprising at least one arm engaging the spherical structure and an inside diameter configured less than that of the outer diameter of the spherical structure such that it interferes with and grips the outside diameter of the spherical structure, and the clips comprising a connection portion extending radially on the clips and configured to secure the second member to a third member, preventing translational movement of the clips relative to the spherical structure, while allowing three degrees of rotation of the spherical structure relative to the clips;the third member comprising a housing having a slot that is complementary shaped to the connection portion and receives the connection portion to fixedly securing the clips relative to the housing, the housing further securing positioning of the center of the spherical structure relative to the housing and configured to allow the at least one arm of the plurality of clips to flex in the radial direction away from the spherical structure without interference from the housing, while allowing the spherical structure three degrees of rotation relative to the housing. 8. The multi-axis clip hinge of claim 7, wherein the plurality of clips comprise different relative shapes of constant pressure zones. 9. The multi-axis clip hinge of claim 7, wherein the plurality of clips comprise different numbers of constant pressure zones. 10. The multi-axis clip hinge of claim 7, wherein the plurality of clips comprise at least one clip comprising variable pressure zones. 11. A multi-axis clip hinge comprising: a pivotable ball with an input rod and a ball, the ball having a greatest outer diameter;a clip defining an inside diameter and comprising a connection portion;wherein the clip is positioned over the ball and wherein the inside diameter of the clip in a relaxed state is less than the greatest outer diameter of the ball such that clip interferes with and grips the outside diameter of the ball; anda housing configured to engage the connection portion of the clip thereby securing the clip to the housing, at least one of the clip and the housing preventing relative translational movement of the clip relative to the ball as the ball is rotated relative to the clip with movement of the input rod, the housing further configured to allow the clip to flex in the radial direction away from the ball without interference from the housing. 12. The multi-axis clip hinge of claim 11, wherein the housing further comprises features configured to prevent translational movement of the clip relative to the ball, the features further configured to allow the ball to rotate in three axes of rotation relative to the clip. 13. The multi-axis clip hinge of claim 11, wherein the input rod is configured along an axis and such that it can be rotated about its axis and moved up and down and back and forth relative to its axis, all such movement causing rotation of the ball within the clip without relative translational movement thereto.