Siansonic Technology Ltd.
Siansonic Technology Ltd.

The Important Role of Focused Ultrasound in Applications of Cancer Treatment, Nerve Regulation and Molecular Diagnosis

High Intensity Focused Ultrasound (HIFU) means dramatically increasing the acoustic intensity at specific points by focusing the acoustic field, so as to make ultrasonic processes on specific points. Typical applications of focused ultrasound includes: lysis of tumor cells using high intensity ultrasound energy, in in vitro diagnosis application, especially for molecular diagnosis, homogenization and lysis of biological samples, nerve regulation, removal and lysis of thrombus by using implantable balloon catheter with HIFU transducers. In addition, high intensity focused ultrasound technology is also widely used for applications of cosmetology such as fat burning and winkles smoothing.


Advantages of Siansonic focused ultrasonic transducers

  • Wide options for ultrasonic frequency range: 200kHz-10MHz

  • Wide options for transducer size: 2mm-100mm

  • Very high durability, over 3000 hours lifetime even with 10W/cm2 in power density

  • Various optional matching and corrosion resistant layers for different types of liquid

  • Ability to customize intensity and dimension of focal point

  • Fully waterproof and immersible

Siansonic has nearly 40 years of experience in medical piezoelectric ceramics for sale and ultrasonic transducers for sale. We have provided a variety of focused ultrasonic transducers and piezoelectric ceramic transducers for many medical devices and medical diagnosis companies, including cancer treatment, nerve regulation, thrombus removal, cell lysis in IVD, fat burning, winkles smoothing, etc. Siansonic focused ultrasonic transducers include single focused ultrasonic nebulizer transducer, multi-elements array, micro HIFU transducer with various frequencies, sizes, intensities and focal point dimensions. Ultrasonic frequency range is available from 200kHz to 10MHz, and available transducer diameter is from 2mm to 100mm.