distributor 102 the wireless transmitter 103 and the plurality of needles probes collectively or integrally form an internal part unit of the system the radio frequency rf antenna transducer 101 the controller optimizer 106 and the wireless receiver 105 collectively form an external part unit of the system the internal part unit of the system is implanted at the target location of the patient 39 s body the external part unit of the system is placed outside the patient 39 s body and is under supervision of a physician according to one embodiment herein the system comprises the plurality of needles probes plates rods which are inserted and implanted at the target area in the patient 39 s body the implanting of needle probe at the target location eliminates the need to re insert the needle probe for plurality of times or several times thereby potentially decreasing the risk of infection bleeding and the discomfort from the insertion of the needle the radio frequency radiation generates heat at the needle or probe the target area for radio frequency ablation is typically identified using a decision making process that includes imaging studies like x rays ct scans and mris physical examination of the patient response to previous treatment modalities and diagnostic local anesthetic injections in order to confirm that the target is actually involved in a pain generating process once the target is identified the wire type probes are inserted percutaneously using a needle under the guidance of fluoroscopy or ct scan the larger probes and rods are placed surgically under direct vision and secured at the target location according to one embodiment herein the miniaturized thermometer 104 of the system is configured to measure a temperature of a nerve or disk.