Scientists have developed an ultrasonic imaging system, which can be deployed on the tip of a hair-thin optical fiber, and will be insertable into the human body to visualize cell abnormalities in 3D.

Researchers can generate microbubbles by exposing liquids to high-intensity ultrasonic waves, a process known as sonication, and these energy waves heat up and pressurize the bubbles.

Since being green-lit in 2019, high-powered, low-frequency ultrasound has become one of the most promising technological developments in winemaking. Its ability to effectively ‘age’ wine in ...

Ultrasound-guided probe device: When doctors inject a patient with a needle, they cannot see what they are getting themselves into. Underneath the skin, where they hope there is a vein waiting to ...

The EZCOVER Probe Cover Set is available in two versions — gel and non-gel (adhesive) — making it suitable for many ultrasound applications. Both versions are designed for ease of handling and ...

New probe technology can conduct safety critical testing inside galvanizing kettles equipment while still holding molten zinc at 450°C.

Zinco UK Limited and Sonemat Limited have signed an agreement to use ultrasonic probe technology developed from research which was first conducted at the University of Warwick. The new probe ...

Probes that permit ultrasonic inspections to be performed in difficult-to-access areas are available as options to the manufacturer's line of ultrasonic detectors. These sensors plug into the ...