A Braille cell assembly comprising: a printed circuit board having opposing sides; a series of adjacent electrical contacts that are physically separate from one another and mounted to the printed circuit board, the adjacent electrical contacts being insulated from one another, a fulcrum point being created between adjacent electrical contacts; a series of bimorph reeds, each bimorph reed including an upper and lower surface and being secured to a corresponding fulcrum point; a power source for delivering voltage of opposite polarity to adjacent electrical contacts, whereby voltage of opposite polarity is delivered to the upper and lower surfaces of the corresponding bimorph reed via the corresponding fulcrum point; the distal end of each bimorph reed is positioned beneath a corresponding tactile pin; each bimorph reed is configured to bend about the fulcrum point upon application of a voltage to upper and lower contacts; upon the application of a voltage, an individual reed applies the upward force necessary to expose the corresponding pin through an upper housing; characterized by: each electrical contact being formed from a base portion, a support arm, and a biasing arm, the base portion of each contact being soldered to the printed circuit board, each fulcrum point being created between the biasing arm of an upper contact and the support arm of a lower and physically separate contact, with the biasing arm of the upper contact and the support arm of the lower and physically separate contact making an electrical connection to and delivering voltage of opposite polarity to the upper and lower surfaces of a corresponding bimorph reed. a series of adjacent electrical contacts that are physically separate from one another and mounted to the printed circuit board, the adjacent electrical contacts being insulated from one another, a fulcrum point being created between adjacent electrical contacts; a series of bimorph reeds, each bimorph reed including an upper and lower surface and being secured to a corresponding fulcrum point; a power source for delivering voltage of opposite polarity to adjacent electrical contacts, whereby voltage of opposite polarity is delivered to the upper and lower surfaces of the corresponding bimorph reed via the corresponding fulcrum point; the distal end of each bimorph reed is positioned beneath a corresponding tactile pin; each bimorph reed is configured to bend about the fulcrum point upon application of a voltage to upper and lower contacts; upon the application of a voltage, an individual reed applies the upward force necessary to expose the corresponding pin through an upper housing; characterized by: each electrical contact being formed from a base portion, a support arm, and a biasing arm, the base portion of each contact being soldered to the printed circuit board, each fulcrum point being created between the biasing arm of an upper contact and the support arm of a lower and physically separate contact, with the biasing arm of the upper contact and the support arm of the lower and physically separate contact making an electrical connection to and delivering voltage of opposite polarity to the upper and lower surfaces of a corresponding bimorph reed.