The feasibility of low decontamination of thorium-uranium alloys by drip melting under vacuum in a high-frequency induction field has been investigated experimentally. A substantial portion of the rare earths as well as the more volatile fission products were removed and no detectable vaporization of thorium or uranium was found. Fission product removal was improved by extending the heating period, i.e., by decreasing the drip rate. A satisfactory, completely remote handling system for in-cave experiments with irradiated fuel was developed. The process shows promise for reprocessing of thorium-uranium fuels if 100% decontamination is not required. The simplicity of the method makes it readily adaptable to remote handling techniques and power requirements are not excessive.