An ultrasound treatment system, comprising: a transducer probe, which is coupleable to a patient's body at a region of interest, wherein the probe comprises two different transduction elements; and a control system configured for control of the treatment system; wherein when being coupled to the region of interest, a first one of the transduction elements is configured to produce ultrasound energy with a first geometric pattern of the ultrasound energy; and a second one of the transduction elements is configured to produce ultrasound energy with a second geometric pattern of the ultrasound energy; wherein the first pattern is, relative to a depth direction measured from a skin surface, deep and wide within the region of interest and the second pattern is, relative to the depth direction, long and narrow and affects the upper portion of tissue in the region of interest; wherein each of the geometric pattern is generated at a depth of tissue relative to a skin surface so that the first pattern is applied at a greater depth than the second pattern; wherein a level of the ultrasound energy of the first pattern is different than a level of the ultrasound energy of the second pattern; wherein the first and second patterns are configured so that no intervening tissue is spared from a surface of the skin to the deepest depth of ultrasound penetration generated by the first and second patterns; wherein the first pattern is configured so that ultrasound energy is applied to subcutaneous fat and the second pattern is configured so that ultrasound energy is applied to the skin and epidermis; wherein the control system is configured to control the treatment system so that the first transduction element raises a temperature in a first area of the region of interest, which is targeted by the first pattern to a certain level so that a second area of the region of interest is pre-heated; and wherein the control system is further configured to control the treatment system so that the second transduction element heats the pre-heated area, wherein the pre-heated area is targeted by the second geometric pattern. a transducer probe, which is coupleable to a patient's body at a region of interest, wherein the probe comprises two different transduction elements; and a control system configured for control of the treatment system; wherein when being coupled to the region of interest, a first one of the transduction elements is configured to produce ultrasound energy with a first geometric pattern of the ultrasound energy; and a second one of the transduction elements is configured to produce ultrasound energy with a second geometric pattern of the ultrasound energy; wherein the first pattern is, relative to a depth direction measured from a skin surface, deep and wide within the region of interest and the second pattern is, relative to the depth direction, long and narrow and affects the upper portion of tissue in the region of interest; wherein each of the geometric pattern is generated at a depth of tissue relative to a skin surface so that the first pattern is applied at a greater depth than the second pattern; wherein a level of the ultrasound energy of the first pattern is different than a level of the ultrasound energy of the second pattern; wherein the first and second patterns are configured so that no intervening tissue is spared from a surface of the skin to the deepest depth of ultrasound penetration generated by the first and second patterns; wherein the first pattern is configured so that ultrasound energy is applied to subcutaneous fat and the second pattern is configured so that ultrasound energy is applied to the skin and epidermis; wherein the control system is configured to control the treatment system so that the first transduction element raises a temperature in a first area of the region of interest, which is targeted by the first pattern to a certain level so that a second area of the region of interest is pre-heated; and wherein the control system is further configured to control the treatment system so that the second transduction element heats the pre-heated area, wherein the pre-heated area is targeted by the second geometric pattern.