Electrodes/Grounding Pads/Tips

Verity Hook, Nerve, Titanium Handle, 2.0 mm Blunt Tip, Stainless Steel Shaft, 7 1/4 in

Verity Hook, Nerve, Titanium Handle, 3.0 mm Ball Tip, Stainless Steel Shaft, 7 1/4 in

Olsen Blade Electrode, 10mm Exp Short/Close Up, 2”, 51mm, Reusable

Olsen Blade Electrode, Midas Touch, Insulated, Straight, 4in, Single Use, 10/bx

Olsen Blade Electrode, Midas Touch, Insulated, Straight, 2-3/4in, Single Use, 10/bx

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE (polytetrafluoroethylene). They move more effectively through tissue because they resist eschar build-up making them much more efficient during surgical procedures.

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE (polytetrafluoroethylene). They move more effectively through tissue because they resist eschar build-up making them much more efficient during surgical procedures.

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE (polytetrafluoroethylene). They move more effectively through tissue because they resist eschar build-up making them much more efficient during surgical procedures.

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE (polytetrafluoroethylene). They move more effectively through tissue because they resist eschar build-up making them much more efficient during surgical procedures.

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE (polytetrafluoroethylene). They move more effectively through tissue because they resist eschar build-up making them much more efficient during surgical procedures.

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE(polytetrafluoroethylene). They move more effectively through tissue becausethey resist eschar build-up making them much more efficient during surgical procedures.

Resistick II coated blade, ball and needle electrodes are expertly coated with PTFE(polytetrafluoroethylene). They move more effectively through tissue becausethey resist eschar build-up making them much more efficient during surgical procedures.