Abstract: A manual ink applicator for use in screen printing which uses a squeegee that is mounted on a pair of pivoting links. The links in turn are mounted on a pair of shuttle blocks. The pivoting links raise the squeegee from the screen surface when the shuttle blocks make contact with the top and bottom ends of the screen frame or adjustable stops mounted to the sides of the screen frame, and the operator continues in the same direction as the squeegee was moving just prior to the blocks making said contact. The operator then changes the direction of movement of the squeegee. There is a handle and a brace attached to the shaft. The user places his or her arm through the brace and grasps the handle. By applying the force to the squeegee through the handle, brace and shaft, the force to the squeegee is substantially greater than if just applied to the squeegee by the user's hands. This minimizes user fatigue and allows a greater and more uniform force to be applied to the squeegee than by previous manual devices.

Abstract: A manual ink applicator for use in screen printing which uses a squeegee that is mounted on a pair of pivoting links. The links in turn are mounted on a pair of shuttle blocks. The pivoting links raise the squeegee from the screen surface when the shuttle blocks make contact with the top and bottom ends of the screen frame or adjustable stops mounted to the sides of the screen frame, and the operator continues in the same direction as the squeegee was moving just prior to the blocks making said contact. The operator then changes the direction of movement of the squeegee. There is a handle and a brace attached to the shaft. The user places his or her arm through the brace and grasps the handle. By applying the force to the squeegee through the handle, brace and shaft, the force to the squeegee is substantially greater than if just applied to the squeegee by the user's hands.