8000 Watt Ultrasonic Liquid Processing

Ultrasonic Homogenizer /Sonicator

GARANTİULTRASONİK specializes in ultrasonic technology and ultrasonic homogenizers, which are used for homogenizing, deagglomerating, emulsifying, suspending, accelerating chemical reactions and the disruption of cells, bacteria, fungi or spores.
In ultrasonic homogenisation, several components (liquid-liquid, liquid-solid) are finely mixed together. This method has established itself in the laboratory for decades in addition to the well-known and proven ultrasonic bath.

Examples of use:
– Disruption of cells, bacteria, viruses, spores, fungi or tissues (cell disruption)
– Extraction of ingredients (lysis)
– Homogenization of different substances
– Production of finest emulsions with minimum droplet size
– Dissolution of poorly and poorly soluble substances in liquids
– Production of dispersions (emulsions and suspensions)
– Catalysis and acceleration of chemical reactions

Our wide variety of devices and accessories allows us to put together the optimal equipment for the respective application:
– Selection of the SINO SONICS series (Industrial Type, Laboratory Type, Integrated Type, or Most advanced type)
– Probe type
– Direct or indirect sonication
– Flow-through sonication
– Cooling during the processing

Even after the purchase of one device for initial applications, there are many possibilities to adapt the device for further applications through the purchase of various accessories.

Our brands    GARANTİULTRASONİK are equated in circles of experts with ultrasound. Already 8 patents and utility models are proof of our outstanding innovative strength.

The continuous development of our products and applications not only made us a market leader, but had us set the norms and standards for ultrasonic applications in different committees.
The large vertical range of manufacture and the multiple certification ensures the highest reliability and durability of our products.
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Advantages of GARANTİULTRASONİK  ultrasonic devices:
• Easy and flexible handling
• Time saving
• Powerful
• Precisely controllable
• Reproducible results
• Eco-friendly and energy efficient
• Extremely durable and long lasting
• Wide product range
• Wide range of accessories for a variety of applications
• Production, service and repair in TÜRKIYE
• Specialist for ultrasonic technology-                                                                                                                                                                            Facts to Know:                                                                                                                                                                                        How Does Ultrasonic High Shear Mixing Work? Ultrasonic homogenizers, high shear mixers and disintegrators, high-speed rotor mixers, multi-shaft mixers, colloid mills, high-pressure homogenizers and propeller systems use the same mechanical principle. Ultrasonic mixing systems are used to disperse and grind particles, emulsify oil and water phases, dissolve solids and produce homogeneous mixtures of all kinds of materials in liquids and slurries. Ultrasonic homogenizers, also known as sonotrodes, integrate an ultrasonic probe into a mixing vessel, such as a batch tank or a flow cell. The ultrasonic probe transmits very high frequency vibrations into the liquid or slurry and generates intense acoustic cavitation in the liquid. The inward collapse of cavitation bubbles causes powerful shear forces that break and disrupt droplets, lumps, aggregates and even primary particles. Ultrasonic cavitation produces high-speed cavitational flows up to 1000 km/h, accelerating particles with cavitational liquid jets. When accelerated particles collide with each other, they act as a grinding medium. The colliding particles break down and are reduced to micron or nano size. In the ultrasonic cavitation field, pressures rapidly and repeatedly change between vacuum and 1000 bar. To achieve the same pressure cycle frequency, a rotary mixer with 4 mixing blades would have to operate at an astonishing 300,000 RPM. Conventional rotary mixers and rotor-stator mixers do not generate significant cavitation due to speed limitations.