A Brief Overview of Ultrasonic Converters

The field of ultrasonics is diverse, and many industries use this technology. How might the equipment in this field affect your daily life? In this post, we will discuss ultrasonic converters and their applications across different fields.

Ultrasonics is a field in physics that studies the range of wavelengths beyond what human beings can hear. Wavelengths greater than 20 kHz are defined as ultrasonic. In many practical applications, ultrasonic movements create vibrations that are used in industries like chemical engineering, manufacturing, medicine, and more.

Some Applications of Ultrasonic Converters

For people to use these high-frequency wavelengths, it is necessary to use a device that allows them to appear. Both new ultrasonic converters and their older variants have a single purpose: to convert one form of energy into ultrasonic vibration. Converters utilize different types of energy sources and media to produce the desired results. They can be mechanically driven, use magnetic fields, or electromechanical action to create vibrations.

One of the most widely known applications of ultrasound is navigation. SONAR is used extensively in maritime vessels to locate other vessels, marine life, and also to map the ocean floor. Medical professionals use ultrasound in many imaging procedures to view the human body and run diagnostic tests. Many manufacturing firms use ultrasonic converters for precision machining tasks.

Since these devices have a diverse range of applications, it isn’t uncommon for clients across industries to request custom ultrasonic converters. These devices allow businesses to make new discoveries.