Abstract: A miter clamp is provided which includes a paddle with a non-slip surface that can be placed on a miter-cut piece of material. The paddle is connected to a channel structure that has disposed therein a shaft assembly, which has connected to it a lower material holding structure that holds a second miter-cut piece of material. The shaft assembly is locked into place by a position lock that is attached to the paddle, with a position lock tab that contacts the shaft assembly and restricts movement of the shaft assembly. The relative position of the shaft assembly to the paddle can be changed such that the first and second miter-cut pieces can be brought in contact with each other. Other structures allowing for the fine movement of the shaft assembly are disclosed.

Abstract: A miter clamp is provided in which includes a paddle a non-slip surface that can be placed on a miter-cut piece of material. The paddle is connected to a channel structure that has disposed of therein a shaft assembly, which has connected to it a lower material holding structure that holds a second miter-cut piece of material. The shaft assembly is locked into place by a position lock that is attached to the paddle, with the position lock tab that contacts the shaft assembly and restricts movement of the shaft assembly. The relative position of the shaft assembly to the paddle can be changed such that the first and second miter-cut pieces can be brought in contact with each other. Other structures allowing for the fine movement of the shaft assembly are disclosed.

Abstract: A damage prevention tool and method is provided in which a free-floating disk is connected to an abrasion disk through a bearing structure. When the tool is actuated, the abrasion disk rotates substantially independent of the floating disk. The floating disk may have a slightly larger circumference and a non-marring friction material on its outer edge, such that the outer edge does not damage foreign objects and protects the abrasion disk, and the abrasion material mounted to the abrasion disk, from contacting foreign objects.

Abstract: A damage prevention tool and method is provided in which a free-floating disk is connected to an abrasion disk through a bearing structure. When the tool is actuated, the abrasion disk rotates substantially independent of the floating disk. The floating disk may have a slightly larger circumference and a non-marring friction material on its outer edge, such that the outer edge does not damage foreign objects and protects the abrasion disk, and the abrasion material mounted to the abrasion disk, from contacting foreign objects.