Fixed position RF electrode

1. 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 detachable bipolar electrode for contacting a surgically operative material, wherein said bipolar electrode comprises:

an extension, wherein a first proximal end of the extension is detachably connected to the main device body, said extension encapsulating a portion of the first polarized conductor and a portion of the second polarized conductor;

a first flexible electrode lead longitudinally connected at a first connection point to a distal end of the extension, said first flexible electrode lead in electrical communication with the first polarized conductor;

a second flexible electrode lead longitudinally connected at a second connection point to the distal end of the extension, said second flexible electrode lead in electrical communication with the second polarized conductor;

a first electrode portion electrically connected to a distal end of the first flexible electrode lead in electrical communication with the first polarized conductor; and

a second electrode portion electrically connected to a distal end of the second flexible electrode lead in electrical communication with the second polarized conductor;

a first liquid 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; and

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;

wherein the first flexible electrode lead is adapted to bend laterally in all directions about the first connection point with the extension to adjust a position of the first electrode portion;

wherein the second flexible electrode lead is adapted to bend laterally in all directions about the second connection point with the extension to adjust a position of the second electrode portion; and

wherein the extension detaches from the main device body to remove the detachable bipolar electrode.

2. The fixed position RF electrode according to claim 1 ,

wherein the first liquid from the first conduit and the second liquid from the second conduit increase a conductive pathway for electrical current to flow through the surgically operative material from the first electrode portion to the second electrode portion.

3. The fixed position RF electrode according to claim 2 , wherein a position of the first flexible electrode lead angularly diverges from a position of the second flexible electrode lead to configure an angular spacing between the first and the second electrode portions and the extension; and

wherein flexing the first and the second flexible electrode leads adjusts the angular spacing to improve visibility of a region of the surgically operative material.

4. The fixed position RF electrode according to claim 2 , wherein the first flexible electrode lead and the second flexible electrode lead are comprised of a material with properties to permit bending of at least one of the first and second flexible electrode leads to adjust a position of at least one of the first and second electrode portions.

5. The fixed position RF electrode according to claim 2 , wherein bending at least one of the first and second flexible electrode leads adjusts a position of the first electrode portion with respect to a position of the second electrode portion to modify a conductive pathway for electrical current to flow through the surgically operative material from the first electrode portion to the second electrode portion.

6. The fixed position RF electrode according to claim 5 , wherein a width of the extension adjacent the first and the second flexible electrode leads is narrower than a maximum width at the first electrode portion and the second electrode portion.

7. The fixed position RF electrode according to claim 5 , wherein a portion of at least one of the liquid delivery conduits comprises an external delivery conduit attached to an outer surface of the extension, said external delivery conduit further comprising an exit externally positioned to direct liquid to a region of the surgically operative material in electrical contact with at least one of the first and the second electrode portions.

8. The fixed position RF electrode according to claim 7 , wherein the exit further comprises a micro perforation disposed within a cross-section of the exit and adapted to deliver liquid in the form of a sprayed mist.

9. The fixed position RF electrode according to claim 8 , wherein the exit comprises a tubular shape and wherein an area of the sprayed mist forms a radial pattern.

10. The fixed position RF electrode according to claim 9 , wherein the micro perforation is positioned at an angle which controls a spraying direction of the sprayed mist.

11. The fixed position RF electrode according to claim 10 , wherein the first liquid delivery conduit terminates in the exit comprising the micro perforation adapted for delivery of the first liquid as a sprayed mist and wherein the second delivery conduit terminates in an opening adapted to deliver the second liquid as a flowing liquid.

12. The fixed position RF electrode according to claim 11 , further comprising:

a first liquid source providing the first liquid into the first liquid delivery conduit; and

a second liquid source providing the second liquid into the second liquid delivery conduit;

wherein at least one of the first and second liquids comprises a liquid from the group comprising saline, antibiotic, anti-coagulant and pain medicine liquids.

13. The fixed position RF electrode according to claim 10 , further comprising:

a combined mass of a group of materials comprising the bipolar electrode and

a combined mass of a group of materials comprising main device body;

wherein the combined mass of the group of materials comprising the bipolar electrode is substantially less than the combined mass of the group of materials comprising the main device body so that a center of gravity for the device is located in a handpiece disposed within main device body.

14. The fixed position RF electrode according to claim 5 , wherein at least one of the electrode portions further comprises a protruding electrode feature adapted for applying focused RF energy to a region of the surgically operative material.

15. The fixed position RF electrode according to claim 14 , wherein a shape of the protruding electrode feature is a pointed shape.

16. The fixed position RF electrode according to claim 5 , wherein

the first flexible electrode lead further comprises:

a first rigid electrode section extending from the extension at the first connection point;

a first flexible electrode section in connection with the first rigid electrode section, the first flexible electrode section adapted to bend laterally in all directions to adjust the position of the first electrode portion disposed at the end of the first flexible electrode section; and

wherein the second flexible electrode lead further comprises:

a second rigid electrode section extending from the extension at the second connection point;

a second flexible electrode section in connection with the second rigid electrode section, the second flexible electrode section adapted to bend laterally in all directions to adjust the position of the second electrode portion disposed at the end of the second flexible electrode section.