Guangzhou Doppler Electronic Technologies Co., Ltd. specializes in ultrasonic technologies, including manufacture of high performance ultrasound transducers and instruments. Our product line covers application in industrial inspection, medical diagnosis and medical therapy.

Established in January 2008, based on advanced management system, leading startup and high standards, Guangzhou Doppler Electronics Technologies Company Ltd. is continuously engaged in new product research and development, state of the art manufacturing and superior customer service. We will go the extra miles to serve our customers by non-stop innovation and providing high quality and advanced technology ultrasound products.

Our advanced transducer manufacture facility produces 256 element high density (pitch 0.18mm) array transducers, 2D array transducers and high frequency transducers(>16MHz). As well, we are capable of producing wide bandwidth and high frequency transducers based on 1-3 piezo-composite material. Currently we can supply industrial transducers of various specifications and curved array, linear array, phased array and intracavity transducers for medical applications.

Employee expertise includes sales, manufacturing, and product development engineering—both young and creative engineers and senior ultrasound experts.
Doppler's close proximity to American ultrasonic medical transducer lab (USC LAB)，Shanghai Institute of Ceramics, Chinese Academy of Sciences (SICCAS)
and such Chinese famous universities as Zhongshan University keeps us in touch with the largest concentration of advanced scientists in the world.

Doppler is playing an active role in the world NDT industry. Our products are mostly exported to countries and districts such as USA, Germany, France, Japan, Russia, India, Taiwan.

Doppler is committed to providing reliable products manufactured with quality components and delivering without delays. This commitment to our customers provides proper solutions with the benefit of excellent products. We distinguish ourselves through performance and solutions.