Transducers that fit your applications

Transducers

UBERTONE offers a large choice of ultrasonic transducers specially dedicated to measurements in liquids.

Their manufacturing is based on an innovative piezoelectric technology with composite structure giving them a wide bandwidth as well as a high sensitivity and a high signal-to-noise ratio. Our quality control includes the unit's individual electro-acoustic testing after manufacturing. This allows us to precisely know the bandwidth and efficiency of each transducer that we sell or integrate.

With these transducers, it is possible to measure directly in contact with the liquid or through a wall (plastic or glass, but it is not applicable on metallic walls). Measuring through the air is not possible with our transducers, thus when measuring through a wall, there should be no air between the transducer surface and the wall. To ensure this, the simplest way is to use acoustic transmission gel.

In consultation with the user, we will provide the probe that best suits the application. Indeed, the nature of the fluid, the constraints (high temperature, high pressure, corrosion resistance, food standards ...), both depth and speed ranges, and spatial resolution will guide the selection of the most appropriate transducer.

acoustic beam cartography by numerical simulation
We can provide a study to simulate quickly and accurately the form of an acoustic beam in the receiving environment. The numerical code developed by UBERTONE, integrates various functions of transmitted waves (pulse, sine, etc.) and allows the active surface to take any shape.


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Accessories

The integration of the transducers into a given setup is sometimes an issue. But being often confronted to this, we have developed a large experience in the design of transducer holders.

In case of a setup equipped with an aluminium profile system (like MiniTec, Bosch Rexroth ...), we can provide any kind of transducer holder with any tilt angle either for measuring through a wall or directly in the liquid.

The example beside shows two 3 MHz transducers with a 70° angle allowing to measure through the PVC wall of a channel at different positions.

When dealing with bistatic measurements, the relative position of the two transducers depends on the measurement range to be achieved. Depending on the setup and application, we can offer a holder for bistatic measurements, where the angles and positions of the transducers can be designed upon request. The photos below show a holder for two transducers measuring at 1.2MHz : one traditional narrow beam and one large beam for receiving. The holder can be fixed to a wall or to a pipe (plastic or glass) as a clamp on system or it can be put directly into the water.

When working in channels or tanks, it is possible to measure through the wall. Holding the transducer to a structure or drilling a hole into the wall may not be possible. Ubertone has designed a holder with a suction cup. It can easily be fixed on any kind of smooth and flat surface (glass, plastic…). The holder shown on the photos below is made for our 3 MHz transducers.

Depending on your setup, you are welcome to contact us and we will be very happy to think together about a custom-made solution for you.

UBERTONE propose un large choix de transducteurs à ultrasons spécialement conçus pour la mesure dans les liquides.

Leur fabrication repose sur l'utilisation d'une technologie innovante de piezoélectrique à structure composite leur conférant une large bande passante ainsi qu'une sensibilité et un rapport Signal/Bruit élevés. Leurs contrôles électro-acoustiques individuels en usine nous permet d'avoir une maîtrise complète de la bande passante et du rendement de chaque transducteur que nous vendons ou intégrons dans nos systèmes de mesure.

Consultez-nous afin de définir ensemble les caractéristiques du transducteur le mieux adapté à votre application. En effet, la nature du fluide, les contraintes (haute température, haute pression, résistance à la corrosion, normes alimentaires ...), la gamme de profondeur et de vitesse ainsi que la résolution spatiale vont orienter le choix du transducteur le plus approprié.

Nous pouvons vous proposer, pour des besoins spécifiques, une prestation d'étude permettant de connaître rapidement et avec précision la forme d'un faisceau acoustique dans le milieu récepteur. Le code de calcul numérique, développé par UBERTONE, permet d'intégrer diverses fonctions d'onde émise (pulse, sinusoïde, etc.) ainsi que diverses formes de surface de transducteur.

L'intégration de transducteurs dans une installation peut parfois être complexe. Étant souvent confrontés à cette problématique, UBERTONE a acquis une large expérience dans la conception de supports de transducteurs. Nous proposons des supports montés sur profilés alu, des supports pour la bistatique ou encore des supports avec fixation ventouse. Selon votre installation, nous serons très heureux de réfléchir avec vous à une solution sur mesure.