Hangzhou Powersonic Equipment Co., Ltd.
R-Responsibility P-Products S-Service sale the right products instead of the expensive one
Add to Cart
Parameter
Characteristic
High electromechanical conversion efficiency
Low energy consumption and low heat generation
High and stable output displacement
Good durability
What is ultrasonic transducer
The Langevin piezoelectric transducer is an “electrical-mechanical energy converter” that converts electrical signals into mechanical displacements and is usually used in many applications requiring vibration.Unictron’s Langevin piezoelectric transducer is a kind of piezoelectric transducer which can generate the specified force and vibration displacement.Whether it is a two-piece or multi-pieces piezoelectric assembly of the Langevinc transducer, we can adjust them in accordance with your requirements. Unictron’s produced Langevin piezoelectric transducers provides stable and consistent output, displacement, mechanical properties, as well as excellent reliability and durability.
RPS-SONIC is one of the leading suppliers of piezoelectric ceramic components in China. Our engineering team has over 10 years of experience in piezoelectric ceramics research and has a proprietary material formulations and ceramic processing technologies. With advanced material properties and manufacturing facilities, we are able to develop and produce large-scale production of various sizes and specifications of the Langevin piezoelectric transducers to meet your requirements.
Why RPS-SONIC TRANSDUCER:
1. Every transducer with a only tracking number, you can check the parameter from our saler no matter how long it passed.
2. All transducer with one year warranty.
3. Specialized in ultrasound for more than ten years
4. Every transducer with 24hours old testing before shipment.
5. Good packing, no packing problem during the 10 years exporting business.
6. Every customer will get purchase records and there are certain rewards after accumulation
Service and shipment
Ultrasonic Applications
Applications of ultrasonic technology can be broadly grouped into two categories: sensing, and actuation. Sensing applications include ultrasonic imaging, sonar, and fluid detection. These applications, which are not addressed in this tutorial, typically require both pulse transmission and reception. In contrast, the topic of this tutorial is actuation applications which require the continuous, or semi-continuous generation of high-power ultrasonic vibration. Applications include:
Medical devices such as scalpels and dental tools
Machining, drilling, and cutting tools
Welding for plastics and metals
Ultrasonic cleaning
Sonication for fluid mixing and chemical reactions
