A fixed position RF electrode for conducting surgical procedures, comprising: a main device body detachably connectable to an RF generating system; a first polarized conductor and a second oppositely polarized conductor; a bipolar electrical conduit passing through the main device body that passes RF energy from the RF generating system to the first polarized conductor and the second oppositely polarized conductor; a bipolar electrode for contacting a surgically operative material, wherein said bipolar electrode comprises: a first electrode portion positioned at a tip of the bipolar electrode and in electrical communication with the first polarized conductor; a second electrode portion positioned at the tip of the bipolar electrode in electrical communication with the second polarized conductor; and an isolating region formed in between first electrode portion and the second electrode portion preventing electrical current flow between said first electrode portion and said second electrode portion; a first delivery conduit attached to the main device body and adapted to direct a first liquid to a region of the surgically operative material in electrical contact with the first electrode portion; a second liquid delivery conduit attached to the main device body and adapted to direct a second liquid to a region of the surgically operative material in contact with the second electrode portion; characterized by a first flexible electrode lead comprised of flexible materials connecting the first electrode portion to the first polarized conductor; and a second flexible electrode lead comprised of flexible materials connecting the second electrode portion to the second polarized conductor, said leads (220, 222) being flexible allows for an operator to adjust an angle D between the electrode portions (120, 122). a main device body detachably connectable to an RF generating system; a first polarized conductor and a second oppositely polarized conductor; a bipolar electrical conduit passing through the main device body that passes RF energy from the RF generating system to the first polarized conductor and the second oppositely polarized conductor; a bipolar electrode for contacting a surgically operative material, wherein said bipolar electrode comprises: a first electrode portion positioned at a tip of the bipolar electrode and in electrical communication with the first polarized conductor; a second electrode portion positioned at the tip of the bipolar electrode in electrical communication with the second polarized conductor; and an isolating region formed in between first electrode portion and the second electrode portion preventing electrical current flow between said first electrode portion and said second electrode portion; a first electrode portion positioned at a tip of the bipolar electrode and in electrical communication with the first polarized conductor; a second electrode portion positioned at the tip of the bipolar electrode in electrical communication with the second polarized conductor; and an isolating region formed in between first electrode portion and the second electrode portion preventing electrical current flow between said first electrode portion and said second electrode portion; a first delivery conduit attached to the main device body and adapted to direct a first liquid to a region of the surgically operative material in electrical contact with the first electrode portion; a second liquid delivery conduit attached to the main device body and adapted to direct a second liquid to a region of the surgically operative material in contact with the second electrode portion; characterized by a first flexible electrode lead comprised of flexible materials connecting the first electrode portion to the first polarized conductor; and a second flexible electrode lead comprised of flexible materials connecting the second electrode portion to the second polarized conductor, said leads (220, 222) being flexible allows for an operator to adjust an angle D between the electrode portions (120, 122).