ASEM Technology ---Visualizing electricity and magnetism with ultrasound---Introduction

Because of its non-invasiveness and convenience, ultrasonic measurement is used in a wide range of fields, from medica diagnosis to infrastructure maintenance inspections.

While conventional ultrasonic echo inspection examines internal structures and foreign objects, we have developed a unique technique to image the electromagnetic properties of objects using ultrasound, which we named the Acoustically Stimulated ElectroMagnetic (ASEM) method.

The ASEM method, developed through basic research at TUAT (Tokyo University of Agriculture and Technology), is a measurement technique that observes electric or magnetic polarization caused by ultrasound pressure. From the transmitter's point of view, the method is an ultrasonic measurement, but from the receiver's point of view, it is a radio wave measurement using an antenna.

The ASEM method provides "degradation information on biological tissues and industrial materials" that cannot be obtained with conventional diagnostic techniques such as echo, CT, and MRI.

We would like to provide a measurement platform based on the ASEM method to contribute to medical and healthcare services and non-destructive testing in industrial fields.

We invite you to try a completely new use for ultrasound.

What's newNews

2024/1/29Fund Procurement

Raised 250 million yen through a third-party allotment of new shares to Innovations and Future Creation Inc.(MIRAI SOUZOU), BP Capital Co., Ltd. LEO Electronics Co., LTD. and Quantum Leaps Ventures Corp.

2025/5New Company Logo

We are pleased to announce the establishment of a new company logo to further strengthen the image of ASEM technology's innovation and growth, as well as our reputation as a trusted manufacturer. This logo represents our commitment to cutting-edge technology and quality, embodying our core values of "Challenge," "Evolution," and "Trust." Together with our slogan, which aims to establish a universally utilized measurement platform across generations, we strive to deliver even greater value and continue to meet the expectations of our customers.

2024/9Grant

Mitsubishi UFJ Technology Development Foundation

2024/9Academic

Oral presentation in IEEE UFFC-JS 2024(Taiwan), Tomographic imaging of acoustically induced electric polarization in human body

2024/7Academic

Oral presentation in The Japan Society of Ultrasonics in Medicin, "Tomography of acoustically stimulated electromagnetic response in body"

2024/2Paper & Award

Our paper on anisotropy of acoustically induced polarization in tendon, muscle, and aortic wall has been published. Anisotropy is an important property of fibrous tissue crystallinity.
Anisotropic properties of acoustically induced electric polarization in soft fibrous biological tissues Jpn. J. Appl. Phys. 63, 04SP17 (2024).
This presentation (presenter: Junna Kikuchi) received the Encouragement Award at the 43rd Symposium on Ultrasonic Electronics (USE2023).

2024/1/29Fund Procurement

Raised 100 million yen through a third-party allotment of new shares to Mirai Souzou No.2 Fund (managed by Innovations and Future Creation Inc.(MIRAI SOUZOU)) and TUAT No.1 Fund (managed by BP Capital Co., Ltd.).

2023/12International Conference

Invited talk on the ASEM method at Acoustics2023 (Sydney).

2023/11/14TOP100 STARTUPS

Selected as one of the "ILS TOP 100 STARTUPS" as the top 100 most popular companies from major companies at #ILS2023, one of the largest open innovation events in Asia, which started on December 4.

2023/11/01Incorporation

ASEMtech, Inc. was established to implement the ASEM method in society.

2023/9Newspaper

The ASEM method was introduced in the morning edition of the Nihon Keizai Shimbun (9/13) "University UPDATE: The Frontlines of Knowledge! (Sep. 9)"

2023/5Award

"Attempt toward measurements of acoustically stimulated electromagnetic response using ultrasonic array probe" received the Encouragement Award at The Japan Society of Ultrasonics in Medicine.