The use of infrared imaging for breast cancer screening is an appealing concept, as it is non-invasive, involves no ionization radiation, requires no breast compression and is not affected by breast density. Infrared imaging in the form of thermography, has been utilized in the past for breasts cancer screening with limited success. Detection of thermal asymmetry between breasts, that can point to cancerous tissue, is laborious and inaccurate when examining temperature coded images. Moreover, small focal thermal variations between the breasts causes frequent misdiagnosis.