20Khz high power Ultrasonic welding converter with booster NTK transducer

Features

• High efficiency
• Perfect resonance image due to high-quality materials and select material pairings
• Long service life even with large amplitudes
• Stable design to protect sensitive ultrasonic components
• 4 piezo disk design for maximum output amplitude

Ultrasonic plastic welding transducer through the transducer head vibration generated in the tens of thousands of times per second high-frequency vibration, resulting in local temperature, the welding area of plastic welding to achieve the purpose of financial results. Ultrasonic plastic welding transducer commonly used stream of bolt clamping vertical structure, with the fixture and shaped head connected together to form the vibration plastic welding systems. I produced the plastic welding transducer with: output power mechanically stable electromechanical conversion efficiency, low heat.

Our quality of ultrasound equipment ultrasound in continuous innovation, the performance of the device has been refined and improved accuracy. Products are widely used in electrical appliances, toys, plastic, automobile, communication, medical and packaging industries.

In electrical engineering terms, a transducer is a device that converts energy from one form to another, usually one of them being electrical energy. A transducer can be used to change motion, force, or pressure into electical energy, or, as in the case of high-power ultrasonic transducers, electrical energy into motion, force, or pressure. It is common to construct such devices of wire coils wrapped around a magnetostrictive core, or to pass electric current directly through stacks of piezoelectric material, as Langevin did.

Because these devices convert energy from one form to another, a synonymous term, converter, has come into common use. The name of the device is of little consequence, and quite often nearly identical devices made by competing companies will bear different names.

The high-power ultrasonic converters shown below are of the Langevin sandwich type. The active elements are piezoelectric. In this case, a precisely made ceramic material called lead zirconate titanate (PZT).