Ultrasonic Defoaming
|
Depending on the deforaming application and your requirements, we will support you in choosing the most suitable anti-foam configuration for use in filling or bubbling processes, and also for blowing in confined environments.
|
The worldwide patented NexTgen Ultrasonic power supply is one of the most advanced technology developed. It is available from 120W to 750W power supply for laboratory liquid processing. For industrial use, power can be increased up to 3kWpeak for large volume or circulating process. A very easy to used LabTablet is supplied with the LAB-generator to manage the power setting and time. All the user defined parameters are recorded in the NexTgen Ultrasonic processor and it is possible to keep in memory the setting configuration. Many parameters of the generators can be defined by computer thanks to an Ethernet connection with our “Advanced” and “LabPremium” computer softwares. These softwares also enable our support team to worldwide remote diagnosis and assistance.
|
|
Advanced control and data acquisition software
|
Our software tools enable parameters to be optimised and different control modes to be tested. This new intuitive concept makes the development and integration of ultrasound equipment considerably easier and allows our clients to control this important, industry specific stage.
Depending on the application, different control modes can be implemented and used by the patented NexTgen platform. These control modes are characterised, for example, by frequency management mode on the one hand, and the power management mode on the other. |
The benefits of this technology are:
|
Ultrasonic
Blowers.
No air supply • No contamination • Improved yield
Reduced energy consumption • Reduced rejection rate
Particle AgglomerationUltrasonic agglomeration results in the growth of fine particles in suspension (diameter less than 2 microns). The larger particles obtained by this process are easier to filter when using traditional processes.
|
Inert BlowingInert blowing is used for filter cleaning, de-dusting, dry decontamination… This process is especially appreciated in confined environments such as clean rooms, food and nuclear sectors.
|
|
Universal GeneratorsThe generators can be set to control piezoelectric transducers, which work within a frequency range from between a few kilohertz to 100 kHz and with a continuous power range from 1 W to 3 kWpeak.
They can be controlled either through the digital input and output or through Ethernet or RS485 communication. |