Scratch removal device and method

1. A polishing wheel comprising:

a body defining a central longitudinal axis and a central passage coaxial with the longitudinal axis, the body mountable to a rotating polishing tool;

the body having a lower polishing surface defining a planar portion;

wherein the lower polishing surface includes a plurality of main recessed fluid passages extending from the central passage to an outer edge of the lower polishing surface, which defines a maximum diameter of the lower polishing surface to define an open fluid flow path from the central passage to the outer edge;

wherein the main recessed fluid passages are linear and radially arranged on the lower polishing surface;

wherein the main recessed fluid passages have a reduced profile exit passage adjacent to the outer edge, relative to a main portion of the main recessed fluid passages disposed inwardly between the central passage and the exit passage, wherein the exit passages have a smaller depth from the planar portion of the lower polishing surface, relative to a depth of the main portion of the main recessed fluid passages.

2. The polishing wheel of claim 1 , wherein secondary recessed channels are provided in the lower polishing surface extending from the outer edge in a radial direction and terminating in an area before the central passage, and further wherein the secondary recessed channels are not in direct flow communication with the main recessed fluid passages.

3. The polishing wheel of claim 2 , wherein six main radial flutes are provided, and six secondary recessed channels are provided, equally spaced around the longitudinal axis.

4. The polishing wheel of claim 1 , wherein the exit passages are shorter than the main portions of the main recessed fluid passages in the radial direction.

5. The polishing wheel of claim 4 , wherein the exit passages have a smaller width in a direction parallel to the planar portion of the lower polishing surface, relative to a width of the main portion of the main recessed fluid passages.

6. The polishing wheel of claim 1 , wherein the exit passages have a smaller width in a direction parallel to the planar portion of the lower polishing surface, relative to a width of the main portion of the main recessed fluid passages.

7. The polishing wheel of claim 1 , wherein a step is formed between the exit passage and the main portion of each of the main recessed fluid passages.

8. The polishing wheel of claim 7 , wherein each exit passage is formed by a v-shaped groove.

9. The polishing wheel of claim 1 , wherein the body has a lower portion defining the lower polishing surface, and an upper portion, the upper portion disposed on an opposite side of the lower portion from the lower polishing surface;

the lower portion including a first material and having a first color;

the upper portion including the same first material, and having a second color visually different from the first color;

the lower portion including a polishing material impregnated in the first material, wherein the upper portion does not include the polishing material, wherein the first material is a molded polymeric material;

the body including a threaded nut with an outer projection embedded in the upper portion, wherein the threaded nut is not positioned in the lower portion, the threaded nut including an inner threaded passage coaxial with the central passage and mountable to the rotating polishing tool.

10. The polishing wheel of claim 9 , wherein the polymeric material is a urethane material, and wherein the polishing material is cerium oxide.