An ultrasound system configured to provide non-invasive tissue rejuvenation treatment to a patient, characterized by: an ultrasound transducer (102) comprising a first transduction element and a second transduction element, the first transduction element being configured to administer a first field (104) of ultrasonic energy having a frequency in the range between 750 kHz and 10 MHz, a pulse length from one millisecond to a continuous wave, and a transmission power in the range of microwatts to kilowatts , and the second transduction element being configured to administer a second field (104) of ultrasonic energy having a frequency in the range between 750 kHz and 10 MHz, a pulse length from one millisecond to a continuous wave, and a power of transmission in the range of microwatts to kilowatts； wherein the first transduction element is configured to provide a first effect (106) of ultrasonic energy to a region of interest (110) of the patient to initiate or stimulate an ablative effect in the region of interest (110), in which the first transduction element is configured to operate along a first frequency range and at a first intensity level to provide the first effect of ultrasonic energy； and wherein the second transduction element is configured to provide a second effect (106) of ultrasonic energy to the region of interest (110) comprising a non-thermal effect to initiate or stimulate a tissue regeneration response in the region of interest (110), in which the second transduction element is configured to operate along a second frequency range and at a second intensity level to provide the second effect of ultrasonic energy and in which the second intensity level is lower than the first intensity level； and a controller (112) coupled to the ultrasonic transducer (102) and configured to facilitate control and operation of the ultrasonic transducer (102) to supply the first field (104) of ultrasonic energy and the second field (104) of energy Ultrasonic at differe
