The probe configuration in ultrasonic welding typically consists of a converter, a booster, and a horn. The converter is a...

A titanium horn is a good option for long-term or high-wear production environments in ultrasonic welding. Titanium is known for...

The factors that influence horn design in ultrasonic welding are:

The horn in ultrasonic welding has several primary functions, including: The shape, size, and material of the horn are critical...

A transducer is a key component in ultrasonic welding systems that is used to convert electrical energy into mechanical vibrations....

The horn in ultrasonic welding is tuned by adjusting its length and cross-sectional area to match the resonance frequency of...

There are various horn shapes and styles that are used in ultrasonic welding depending on the specific application requirements. Here...

In ultrasonic welding, a nodal point is a point on the ultrasonic horn or booster where there is minimal or...

A Mylar washer is a type of insulating washer used in ultrasonic welding to electrically insulate the horn from the...

The primary function of a booster in ultrasonic welding is to amplify the low amplitude, high-frequency vibrations produced by the...

A booster is an acoustic tool used in ultrasonic welding that amplifies and transmits vibrations from the ultrasonic transducer to...

The wattage available in ultrasonic welding can vary depending on the specific application and equipment being used. Generally, ultrasonic welding...

In ultrasonic welding, a horn (also called a sonotrode) is used to apply high-frequency vibrations to the parts being welded....

The benefit of resilient fixtures for ultrasonic welding are that they reduce part marking on soft materials.

Rigid fixtures also allow for more accomodating part holding. With rigid ultrasonic fixtures it is easier to adjust where and how a part is contacted.