What is CMUT?


Capacitive Micromachined Ultrasonic Transducers (CMUTs) are next-generation sensors revolutionizing ultrasound technology. They generate and detect ultrasound waves by vibrating a micro-membrane with electrical signals, then converting the reflected waves back into electrical signals for analysis.


Known for producing high-resolution images, CMUTs are widely used in medical imaging, non-invasive testing, and underwater positioning.


With ongoing advancements, CMUTs offer a flexible, accurate, and efficient solution for modern diagnostic and industrial applications.

CMUT - The Future of Ultrasound Technology

High Resolution

Delivers sharp, clear images essential for diagnostic imaging and any application that demands high precision.


Versatility

Supports a wide range of uses, from diagnostic imaging to non-invasive testing and underwater positioning systems.


Electronic Integration

Easily integrates with silicon circuits to enable compact, advanced ultrasound system designs.


Production Advantages

Standard micromachining techniques allow cost-effective mass production

with consistent quality.


Flexible Design

Customizable to meet specific needs, ensuring optimal performance for diverse electronic applications.


High Durability

Built to withstand wear and maintain stability, ensuring reliable and long-term performance.

What is CMUT?


Capacitive Micromachined Ultrasonic Transducers (CMUTs) are next-generation sensors revolutionizing ultrasound technology.

They generate and detect ultrasound waves by vibrating a micro-membrane with electrical signals, then converting the reflected waves back into

electrical signals for analysis.


Known for producing high-resolution images, CMUTs are widely used in medical imaging, non-invasive testing, and underwater positioning.


With ongoing advancements, CMUTs offer a flexible, accurate,

and efficient solution for modern diagnostic and industrial applications.


CMUT - The Future of Ultrasound Technology

High Resolution


Delivers sharp, clear images essential for diagnostic imaging and any application

that demands high precision.

Versatility


Supports a wide range of uses,

from diagnostic imaging to

non-invasive testing and

underwater positioning systems.

Electronic Integration


Easily integrates with silicon circuits to enable compact, advanced ultrasound system designs.

Production Advantages


Standard micromachining techniques allow cost-effective mass production with stable quality.

Flexible Design


Customizable to meet specific needs,

ensuring optimal performance

for diverse electronic applications.

High Durability


Built to withstand wear and maintain stability, ensuring reliable, long-term performance.

Advanced Integration - High Performance - Flexibility 

The Role of CMUT in HIFU


Today, the application of CMUT technology to High Intensity Focused Ultrasound (HIFU) devices at home is making advanced medical treatments more accessible, further increasing efficiency and reducing the manufacturing costs of ultrasound components by up to 90%.


CMUT boasts high resolution and targeted properties, ensuring optimal results for treatments such as wrinkle reduction, skin tightening, and pain management. Integrating CMUT into compact electronic devices makes aesthetic products more user-friendly and easier to manufacture at home.

Advanced Integration

High Performance Flexibility

The Role of CMUT in HIFU


Today, the application of CMUT technology to high-intensity focused ultrasound (HIFU) devices at home is making advanced medical treatments more accessible, further increasing efficiency and reducing the manufacturing costs of ultrasound components by up to 90%.


CMUT boasts high resolution and targeted properties, ensuring optimal results for treatments such as wrinkle reduction, skin tightening, and pain management. Integrating CMUT into compact electronic devices makes aesthetic products more user-friendly and easier to manufacture at home.