Ultrasonic Beauty — Solution 超声无损检测—解决方案 Ultrasonic Beauty Solution Advances in science and technology have made ultrasonic beauty a favorite among consumers thanks to its noninvasive nature, high safety profile, and visible results. At the heart of every ultrasonic beauty system lies the RF power amplifier: it generates, shapes, and delivers the energy that drives the whole process. An RF power amplifier boosts a low-level radio-frequency signal to the power level required by the ultrasonic transducer. The transducer then converts this electrical energy into high-intensity ultrasound that can be focused precisely on targeted skin layers. By stimulating collagen remodeling and tissue tightening, the focused ultrasound lifts sagging skin, smooths wrinkles, and fades pigmentation—making the RF power amplifier the key enabler of modern, non-surgical aesthetic treatments. Recommended Products ATA-8000 Series RF Power Amplifier Bandwidth (-3dB) 100kHz~25MHz Digital gain control Rated output power 500W Real-time monitoring of output & reflected power Ultra-low harmonic distortion Test Solution Precisely controlled energy delivery for higher treatment efficiency Real-time power monitoring ensures non-invasive, high-safety operation Stable, long-lasting aesthetic results Broad signal compatibility with multiple ultrasonic platforms Solution Advantages Control: Digital gain adjustment for precise interference-signal intensity Amplification: Wideband capability with high-power pulse output Output: High-power pulse delivery Protection: Reflected-power safeguard Bd. 12, CCCC Science andTechnology City, Wei26Road, High-tech Zone,

Ultrasonic Beauty — Solution Case 1: Programmable Digital Ultrasound-Imaging Platform for Aesthetic Therapy An ultrasonic beauty system is built around four main blocks: a programmable digital ultrasound-imaging platform, an arbitrary-waveform generator, a power amplifier and an ultrasonic transducer. The imaging platform acts as the master controller. It instructs the waveform generator to produce the desired pulse shape; this low-level signal is then boosted by the power amplifier and fed to the transducer, which converts the electrical energy into high-intensity ultrasound and launches it...