Abstract: Examples of stackable exercise cushions are disclosed. The cushions include a body and are defined by shaped top and bottom surfaces. The shaped top surface has a side-view profile with at least one concave portion and at least one raised portion adjacent to the at least one concave portion such that, from a top view of the body, the at least one raised portion is at a perimeter of the at least one concave portion. The shaped bottom surface has a side-view profile with at least one concave portion underneath the at least one raised portion of the shaped top surface, at least one convex portion underneath the at least one concave portion of the shaped top surface, and at least one flat portion such that, from a bottom view of the body, the at least one flat portion is at a perimeter of the shaped bottom surface.

Abstract: Examples of an exercise mat and methods for making same are disclosed. The exercise mat comprises a top layer, at least two textured gripping zones formed on an upper surface of the top layer and a bottom layer joined to the top layer. A second textured gripping zone of the at least two textured gripping zones may be formed closer to one or more mat edges of the exercise mat, and has a friction level that is greater than a friction level of a first textured gripping zone of the at least two textured gripping zones, when a body is in sliding contact with the at least two textured gripping zones of the upper surface of the top layer.

Abstract: Examples of an exercise mat having a three-dimensional surface texture and methods for making same are disclosed. The exercise mat may have a first malleable layer formed from a polyurethane material with an elastic fabric material attached to a lower surface thereof. A second layer may be attached to the elastic fabric material of the first layer. The second layer may be formed from a thermoplastic elastomer material and may have the three-dimensional surface texture formed on an upper surface thereof to which the first layer conforms. The exercise mat may also include a third rubber layer attached to the second layer.

Abstract: Examples of an exercise mat having a three-dimensional surface texture and methods for making same are disclosed. The exercise mat may have a first malleable layer formed from a polyurethane material with an elastic fabric material attached to a lower surface thereof. A second layer may be attached to the elastic fabric material of the first layer. The second layer may be formed from a thermoplastic elastomer material and may have the three-dimensional surface texture formed on an upper surface thereof to which the first layer conforms. The exercise mat may also include a third rubber layer attached to the second layer.

Abstract: Examples of an exercise mat having a three-dimensional surface texture and methods for making same are disclosed. The exercise mat may have a first malleable layer formed from a polyurethane material with an elastic fabric material attached to a lower surface thereof. A second layer may be attached to the elastic fabric material of the first layer. The second layer may be formed from a thermoplastic elastomer material and may have the three-dimensional surface texture formed on an upper surface thereof to which the first layer conforms. The exercise mat may also include a third rubber layer attached to the second layer.

Abstract: Examples of an exercise mat having a three-dimensional surface texture and methods for making same are disclosed. The exercise mat may have a first malleable layer formed from a polyurethane material with an elastic fabric material attached to a lower surface thereof. A second layer may be attached to the elastic fabric material of the first layer. The second layer may be formed from a thermoplastic elastomer material and may have the three-dimensional surface texture formed on an upper surface thereof to which the first layer conforms. The exercise mat may also include a third rubber layer attached to the second layer.

Abstract: Examples of stackable exercise cushions are disclosed. The cushions include a body and are defined by shaped top and bottom surfaces. The shaped top surface has a side-view profile with at least one concave portion and at least one raised portion adjacent to the at least one concave portion such that, from a top view of the body, the at least one raised portion is at a perimeter of the at least one concave portion. The shaped bottom surface has a side-view profile with at least one concave portion underneath the at least one raised portion of the shaped top surface, at least one convex portion underneath the at least one concave portion of the shaped top surface, and at least one flat portion such that, from a bottom view of the body, the at least one flat portion is at a perimeter of the shaped bottom surface.

Abstract: Examples of an exercise mat and methods for making same are disclosed. The exercise mat comprises a top layer, at least two textured gripping zones formed on an upper surface of the top layer and a bottom layer joined to the top layer. A second textured gripping zone of the at least two textured gripping zones may be formed closer to one or more mat edges of the exercise mat, and has a friction level that is greater than a friction level of a first textured gripping zone of the at least two textured gripping zones, when a body is in sliding contact with the at least two textured gripping zones of the upper surface of the top layer.

Abstract: Examples of an exercise mat having a three-dimensional surface texture and methods for making same are disclosed. The exercise mat may have a first malleable layer formed from a polyurethane material with an elastic fabric material attached to a lower surface thereof. A second layer may be attached to the elastic fabric material of the first layer. The second layer may be formed from a thermoplastic elastomer material and may have the three-dimensional surface texture formed on an upper surface thereof to which the first layer conforms. The exercise mat may also include a third rubber layer attached to the second layer.

Abstract: A massage device, comprising: a hollow cylindrical outer roller having a first texture formed on an outer surface thereof; and, a cylindrical inner roller having a second texture formed on an outer surface thereof and sized to fit concentrically within the hollow cylindrical outer roller; wherein the cylindrical inner roller is moveable between a first position within the hollow cylindrical outer roller and a second position outside of the hollow cylindrical outer roller.