17kHz-200kHz Ultrasonic Transducer/Sensor/Oscillator/Vibrator for Cleaning Machine

Ultrasonic transducers are critical components in ultrasonic cleaning machines and ultrasonic vibrating plates; they largely determine the effectiveness of the ultrasonic cleaning process.

Drawing on years of experience in ultrasonic cleaning, our company offers professional-grade ultrasonic transducers that feature stable quality, high-efficiency output, and competitive pricing.

An ultrasonic transducer is a device that converts high-frequency electrical energy into mechanical vibration. It utilizes piezoelectric ceramic elements—matched to the transducer’s resonant frequency—to transform electrical energy (supplied by an ultrasonic generator) into mechanical (ultrasonic) vibration. This vibration is transmitted into the liquid medium, creating negative-pressure bubbles and shock waves that propagate through the cleaning solution to remove contaminants from the surfaces of workpieces. The transducer primarily consists of an aluminum block, piezoelectric ceramic elements, and an insulating layer.

Our ultrasonic transducers—available in frequencies such as 20kHz, 28kHz, 40kHz, 25kHz, 33kHz, 54kHz, 80kHz, 120kHz, and 200kHz—are widely used across various sectors, including electronics, machinery, automotive, electroplating, chemical fibers, optics, and bearing manufacturing. Applications include the cleaning of magnetic cores, fuel nozzles, automotive parts, electroplated hardware tools, spinnerets (for chemical fibers), optical lenses, bearings, tools, tableware, medical instruments, precision hardware, watch components, jewelry, and electronic parts. These transducers provide powerful, uniformly distributed vibration, enabling the rapid removal of oils, salts, stains, and scale. Furthermore, they can be employed in chemical experiments to facilitate processes such as catalysis, agitation, and the acceleration of chemical reactions.

Product Details

Features of ultrasonic transducers

• High mechanical Q-factor, high conversion efficiency, and excellent quality;
• Superior performance and long service life;
• Equipped with heat-resistant piezoelectric ceramic rings, allowing for a wider operating temperature range; they also feature a high Q-factor, low resonant impedance, and minimal heat generation;
• Clean appearance, free from rust, noticeable dents, or scratches;
• Available in a variety of configurations, including single-frequency, multi-frequency, low-frequency, medium-to-high frequency, and high-frequency options.

Specifications

Product Photos