Ultrasonic Converter Booster
Since 2009, Marck Techno has been dedicated to continuous research and development in ultrasonic technology, leading to the creation of a wide range of high-quality ultrasonic converters. Over time, we have refined and upgraded these components using world-class German ceramics, along with premium aluminum and Titanium alloy materials, all processed through advanced manufacturing techniques. At Marck Techno, we exclusively utilize Titanium Alloy boosters in our ultrasonic plastic welding systems. Compared to aluminum and steel alloy boosters, Titanium boosters offer superior vibration transmission, greater operational stability, and significantly longer service life.
An ultrasonic converter booster is a crucial component in ultrasonic welding equipment, responsible for the generation, amplification, and modulation of high-frequency ultrasonic waves. These waves enable precise and efficient bonding of plastic components in a variety of industrial applications. With a strong focus on quality and performance, Marck Techno’s ultrasonic converter boosters are engineered to deliver smooth vibrations, consistent output, and reliable operation making them the ideal choice for demanding plastic welding processes.
- The ultrasonic converter booster typically receives an electrical signal from an ultrasonic generator.
- The piezoelectric element vibrates at ultrasonic frequencies in response to the electrical signal.
- These vibrations are transferred through the matching layer and the booster, which amplifies the wave before it is transmitted into the desired medium.
Purpose:
- Ultrasonic Conversion: Converts electrical signals into ultrasonic waves (sound waves with frequencies above the human hearing range, typically greater than 20 kHz).
- Boosting: Enhances the amplitude or power of these ultrasonic waves to achieve desired effects in various applications.
- Available in 3 different qualities.
- Titanium
- High strength ms
- Aluminium
- 15khz, 18khz & 20 khz
- Smooth vibration and long life
