A transducer is a key component in ultrasonic welding systems that is used to convert electrical energy into mechanical vibrations....
The probe configuration in ultrasonic welding typically consists of a converter, a booster, and a horn. The converter is a...
Welding by position or absolute distance in ultrasonic welding refers to controlling the weld process based on the actual position...
In ultrasonic welding, the generator is the power supply that produces the high-frequency electrical energy needed to drive the transducer...
The factors that influence horn design in ultrasonic welding are:
Welding by time is a method of controlling the duration of ultrasonic energy applied during the welding process. In this...
In ultrasonic welding, there are typically four phases of welding: The parameters such as amplitude, pressure, and time can be...
Ultrasonic welding is a manufacturing process used to join two thermoplastic parts together. It uses high-frequency mechanical vibrations, typically between...
Establishing a maintenance schedule for ultrasonic welding is an important step in ensuring that the equipment remains in good working...
Welding by energy is a method of controlling the ultrasonic welding process based on the amount of energy delivered to...
A shear joint is a type of joint commonly used in ultrasonic welding that involves joining two materials in a...
Ultrasonic welding is a commonly used method for assembling filters due to its ability to provide strong, precise, and consistent...
Welding by distance is a method of controlling the ultrasonic welding process based on the distance traveled by the ultrasonic...
A titanium horn is a good option for long-term or high-wear production environments in ultrasonic welding. Titanium is known for...
The horn in ultrasonic welding has several primary functions, including: The shape, size, and material of the horn are critical...