An e-paper system, comprising: an e-paper, wherein the e-paper has a plurality of electrode regions configured to independently receive charge, retain charge, and have charge removed therefrom, wherein transferring charge to and/or removing charge from one or more electrode regions of the plurality of electrode regions controls an output state of the e-paper, a driver, wherein the driver comprises: a control unit; a plurality of driver contacts, a printed circuit board, wherein the plurality of driver contacts are positioned on the printed circuit board; wherein the control unit is configured to selectively and independently charge each driver contact of the plurality of driver contacts; and a contact element, wherein the contact element has a plurality of conductive elements, a mechanical driver, wherein the mechanical driver is configured to slidably move the driver with respect to the e-paper in a first direction, wherein as the driver slidably moves with respect to the e-paper, the plurality of conductive elements are changeably positioned with respect to the plurality of electrode regions of the e-paper to transfer charge from the plurality of driver contacts to one or more of the electrode regions of the plurality of electrode regions of the e-paper based on a linear position along the e-paper with respect to the first direction, wherein the contact element is not wired to the printed circuit board, wherein the conductive elements on the contact element touch the driver contacts on the printed circuit board. an e-paper, wherein the e-paper has a plurality of electrode regions configured to independently receive charge, retain charge, and have charge removed therefrom, wherein transferring charge to and/or removing charge from one or more electrode regions of the plurality of electrode regions controls an output state of the e-paper, a driver, wherein the driver comprises: a control unit; a plurality of driver contacts, a printed circuit board, wherein the plurality of driver contacts are positioned on the printed circuit board; wherein the control unit is configured to selectively and independently charge each driver contact of the plurality of driver contacts; and a contact element, wherein the contact element has a plurality of conductive elements, a control unit; a plurality of driver contacts, a printed circuit board, wherein the plurality of driver contacts are positioned on the printed circuit board; wherein the control unit is configured to selectively and independently charge each driver contact of the plurality of driver contacts; and a contact element, wherein the contact element has a plurality of conductive elements, a mechanical driver, wherein the mechanical driver is configured to slidably move the driver with respect to the e-paper in a first direction, wherein as the driver slidably moves with respect to the e-paper, the plurality of conductive elements are changeably positioned with respect to the plurality of electrode regions of the e-paper to transfer charge from the plurality of driver contacts to one or more of the electrode regions of the plurality of electrode regions of the e-paper based on a linear position along the e-paper with respect to the first direction, wherein the contact element is not wired to the printed circuit board, wherein the conductive elements on the contact element touch the driver contacts on the printed circuit board.