Bubble-free measurement
sonicdebubble
Particles and air bubbles are kept away from the measuring area of inline process analyzers in liquids thanks to the sonicdebubble.
Therefore, bubble-free liquids within processes are now available for accurate inline measurement instead of taking samples. As a result, continuous production of liquid media is possible, leading to an increase in the production process and its monitoring.
Enable your probe to measure
The system can be combined with a wide variety of probes. This allows inline processes to be optimized in a broad range of industries.
All systems are designed in-house and manufactured to fit your probes.
Operating principle of sonicdebubble
Advantages of sonicdebubble
Bubble-free zone in liquids within the measuring area of inline probes
Enables continuous and accurate measurements in real time
Reduces sampling and potential safety risks
The ultrasonic waves of sonicdebubble cause the air bubbles to rise. This creates a bubble-free zone in the lower part of the measuring chamber, where the inline probe can perform the measurement directly in the process without interference.
Application examples
Detergents and cleaning agents
Probe Type: Viscosimeter
Medium: hand washing detergent
Produkt: sonicdebubble
During the manufacturing of detergents and soaps, tiny air bubbles are formed during the mixing process, which influence viscosity measurements. These liquids are non-Newtonian, making conventional inline viscometers unsuitable. Traditionally, viscosity is measured manually offline, with samples first centrifuged to remove bubbles. These manual procedures are prone to error and do not allow for real-time monitoring.
In Kooperation haben usePAT und Fluidan gemeinsam das RheoStream® FC-SD entwickelt - eine atline-Lösung mit integriertem sonicdebubble System. Dies nutzt Ultraschallwellen, um Blasen und Partikeln in Schichten zu drängen wodurch blasenfreie Zonen entstehen. Das ermöglicht nun präzise Viskositätsmessungen direkt im Produktionsprozess
Advantages of sonicdebubble:
Real-time monitoring: Continuous atline viscosity analysis with reliable and reproducible measurement results every 2 minutes at three selected shear rates.
Easy integration: Direct integration into production lines at the mixing tank or after the continuous mixer for maximum quality control.
Automated defoaming: he integrated sonicdebubble removes even microbubbles around the probe head
This new solution leads to increased efficiency, cost savings, and improved product quality control. Continuous monitoring ensures that every bottle of hand wash meets consumer expectations and enables complete process automation in production.