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A squeegee device is provided that includes a blade support and a deflector. The blade support has a front support and a rear support, which are configured to secure a squeegee blade therebetween. The deflector has a lower portion and an upper portion, which are configured so that the lower portion

A squeegee device is provided that includes a blade support and a deflector. The blade support has a front support and a rear support, which are configured to secure a squeegee blade therebetween. The deflector has a lower portion and an upper portion, which are configured so that the lower portion of the deflector depends upward from the blade support and a leading edge of the upper portion is forward, with respect to a pushing direction, from the blade support.

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1. A squeegee device comprising: a blade support having a front support and a rear support, which are configured to secure a squeegee blade therebetween; anda deflector having a lower portion and an upper portion, which are configured so that the lower portion of the deflector depends upward from th

1. A squeegee device comprising: a blade support having a front support and a rear support, which are configured to secure a squeegee blade therebetween; anda deflector having a lower portion and an upper portion, which are configured so that the lower portion of the deflector depends upward from the blade support and a leading edge of the upper portion is forward, with respect to a pushing direction, from the blade support,wherein the deflector is configured so that the leading edge is downwardly curved from a horizontal plane that is tangent to an uppermost portion of the deflector. 2. The squeegee device of claim 1, wherein the deflector and the blade support have a concave curve with respect to the pushing direction. 3. The squeegee device of claim 2, wherein the concave curve is constant across a length of the deflector and the blade support. 4. The squeegee device of claim 2, wherein the deflector has a rise-to-run ratio of between 1:6 and 1:24. 5. The squeegee device of claim 1, wherein the upper portion of the deflector is configured as a curved portion that circumscribes between 85 and 115 degrees. 6. The squeegee device of claim 1, wherein the deflector has a ratio of deflector height to blade height of between 2:1 and 1:2. 7. The squeegee device of claim 1, wherein at least one of the front support and the rear support are formed as a one-piece unit with the lower portion of the deflector. 8. The squeegee device of claim 1, wherein the front support is formed as a one-piece unit with the lower portion of the deflector. 9. The squeegee device of claim 8, further comprising a bridge between the rear support and the lower portion of the deflector so that the lower portion is offset, in the pushing direction, from the rear support. 10. The squeegee device of claim 9, wherein the rear support is formed as a one-piece unit with the bridge. 11. The squeegee device of claim 1, further comprising a handle receiver securing a handle to the blade support. 12. The squeegee device of claim 11, further comprising a bridge between the rear support and the lower portion of the deflector so that the lower portion is offset, in the pushing direction, from the rear support, wherein the handle receiver is supported by both the rear support and to the bridge. 13. The squeegee device of claim 1, further comprising the squeegee blade secured in the blade support and, wherein the blade support is extruded and further comprises one or more first retainers formed in the front and/or rear supports configured to secure the blade in the blade support, the one or more first retainers running in an extrusion direction of the blade support. 14. The squeegee device of claim 13, further comprising a capture member between the squeegee blade and the blade support. 15. The squeegee device of claim 14, wherein the capture member comprises a plurality of second retainers that correspond in number and location to the plurality of first retainers. 16. A squeegee device comprising: a blade support having a front support and a rear support, which are configured to secure a squeegee blade therebetween;a deflector having a leading edge that depends upward from and forward, with respect to a pushing direction, from the blade support; anda bridge connected to one of the front and rear supports above the squeegee blade, wherein the deflector, the blade support, and the bridge have a concave curve with respect to the pushing direction, the concave curve being constant across a length of the deflector and the blade support. 17. The squeegee device of claim 16, wherein the deflector is configured so that a leading edge of the deflector is parallel to a horizontal plane that is tangent to an uppermost portion of the deflector. 18. The squeegee device of claim 16, wherein at least one of the front support and the rear support are formed as a one-piece unit with the deflector and the bridge. 19. A squeegee device comprising: a blade support having a front support and a rear support, which are configured to secure a squeegee blade therebetween;a deflector having a leading edge that depends upward from and forward, with respect to a pushing direction, from the blade support; anda bridge connected to one of the front and rear supports above the squeegee blade, wherein the deflector, the blade support, and the bridge have a concave curve with respect to the pushing direction, the concave curve being constant across a length of the deflector and the blade support, wherein the deflector is configured so that a leading edge of the deflector is downwardly curved from a horizontal plane that is tangent to an uppermost portion of the deflector.