Forceps comprising: first and second pincers, each pincer having an intermediate body portion, a proximal portion extending from the body portion, and a distal portion extending from the body portion; a lumen extending through the body portion and to the distal portion of each of the first pincer and second pincer; a first electrical conductor housed within and extending through the body portion of the first pincer and housed laterally and separately from the lumen of the first pincer, the first electrical conductor being operably linked to a source of electrical energy and the proximal end of the first pincer; a second electrical conductor housed within and extending through the body portion of the second pincer and housed laterally and separately from the lumen of the second pincer, the second electrical conductor being operably linked to a ground and the proximal end of the second pincer; and a conductive tip provided on the distal portion of each of the first pincer and the second pincer and respectively connected to the first and second electrical conductors, each conductive tip comprising a mesh of biocompatible material that is non-reactive when in contact with body tissue, wherein the biocompatible material consists of silver, gold, titanium, tungsten, or stainless steel, each conductive tip in fluid communication with the respective lumen in the respective pincer and configured to allow passage of a fluid from the respective lumen through the mesh to the exterior of the conductive tips; the forceps configured to deliver electrical energy for ablation, via the first and second electrical conductors, to the conductive tips of the distal potions of the first and second pincer when compressed towards one another to thereby cause the conductive tips deliver electrical energy to body tissue in contact with and between the conductive tips. first and second pincers, each pincer having an intermediate body portion, a proximal portion extending from the body portion, and a distal portion extending from the body portion; a lumen extending through the body portion and to the distal portion of each of the first pincer and second pincer; a first electrical conductor housed within and extending through the body portion of the first pincer and housed laterally and separately from the lumen of the first pincer, the first electrical conductor being operably linked to a source of electrical energy and the proximal end of the first pincer; a second electrical conductor housed within and extending through the body portion of the second pincer and housed laterally and separately from the lumen of the second pincer, the second electrical conductor being operably linked to a ground and the proximal end of the second pincer; and a conductive tip provided on the distal portion of each of the first pincer and the second pincer and respectively connected to the first and second electrical conductors, each conductive tip comprising a mesh of biocompatible material that is non-reactive when in contact with body tissue, wherein the biocompatible material consists of silver, gold, titanium, tungsten, or stainless steel, each conductive tip in fluid communication with the respective lumen in the respective pincer and configured to allow passage of a fluid from the respective lumen through the mesh to the exterior of the conductive tips; the forceps configured to deliver electrical energy for ablation, via the first and second electrical conductors, to the conductive tips of the distal potions of the first and second pincer when compressed towards one another to thereby cause the conductive tips deliver electrical energy to body tissue in contact with and between the conductive tips.