ULTRAAUTOSONIC introduced the different models of Probe Sonicator. Probe Sonicator is also known as a Sonication, Ultrasonic processor, Ultrasonic Sonicator, Sonifier, Cell Disruptor,Ultrasonic emulsifier or Ultrasonic homogenizer. Sonication is commonly used in nanotechnology for evenly dispersing nanoparticles in liquid. Probesonicator breaks up aggregates of micron-sized colloidal particles. Sonication has numerous effects, both chemical and physical.
A Sonicator system comprises of 3 main components: generator, convertor and horn (probe). The sonication process uses ultrasonic sound waves. During the process, there is a production of thousands of microscopic vacuum bubbles in the solution due to applied pressure. This results in the disruption of the molecular interactions between the molecules of water. As there is a reduction in the molecular interactions, the particles start to separate and allow the mixing process to take place. There is a release of energy from the sound waves that result in friction in the solution.
✔ PS_ Classic
✔ PS_ Advance
✔ PS_ Premium
| Frequency (kHz) | 20/30/40 | 20/30/40 | ||
|---|---|---|---|---|
| Power (Watt) | 125/150/250/ | 500/750 | ||
| Probe / Sonotrode (mm) | ∅3, ∅6, ∅13 mm | ∅19, ∅25 mm | ||
| Actual Weight | Approx. 13 kg | Approx. 22 kg | ||
| Actual Size (L x W x H) | Approx. (409 X 262 X 262) mm | Approx. (484 X 458 X 238) mm | ||
| Packaging Type and Size | Corrugated Box and Approx. Size (507 X 360 X 360) mm | Corrugated Box and Approx. Size (581 X 556 X 336) mm | ||
| Operational Requirement | ||||
| Input Power Supply | AC 230V 50/60Hz, 16Amp | |||
| CVT / Stabilizers | If the voltage is unstable then use CVT/Stabilizer to avoid damage | |||
❑ Large LCD screen Display, friendly human-machine interface.
❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.
❑ Efficient and durable titanium alloy probe, reliable and accurate.
❑ The program has over-temperature/delay/fault protection settings and an alarm system.
❑ They offer precise control over processing parameters such as amplitude, sonication time, and duty cycle.
❑ Probe Sonicator model has Auto frequency chasing.
❑ Variable power output in four stage.
❑ Probe sonicators provide efficient sample disruption and homogenization through the application of ultrasonic energy.
❑ This allows researchers to optimize conditions for specific samples and applications.
❑ Probe sonicators are available in various sizes, from bench-top models for small-scale research to industrial-scale units for large-scale production processes. This scalability makes them suitable for both laboratory and industrial applications.
❑ Unlike some mechanical homogenization methods, probe sonicators do not require sample contact with grinding media, reducing the risk of contamination. This is particularly important for sensitive samples or applications where purity is critical.
❑ Probe sonication is a non-thermal process, which makes it suitable for temperature-sensitive samples, preserving their integrity and bioactivity.
❑ Modern probe sonicators are often equipped with user-friendly interfaces and intuitive controls, making them easy to operate even for those without extensive technical expertise.
❑ Sonication can achieve homogenization and particle size reduction rapidly, often within minutes, compared to other methods which may take hours or require multiple steps.
❑ Probe sonicators provide consistent and uniform results across samples, ensuring reproducibility and reliability in experiments or production processes.
Probe Sonicators Application List
❑ Cell Lysis
❑ DNA & RNA Extraction
❑ Nanotechnology
❑ Protein Extraction
Chemicals & Agriculture Industry
❑ Adhesive
❑ Silicon Oil
❑ Fertilizer Industry
❑ Pesticides Industry
❑ Plant Growth Regulators
Cosmetic Industry
❑ Aloe vera Gel
❑ Body Spray
❑ Chocolate Wax
❑ Face Cream
❑ Face Wash
❑ Fragrance Oil
❑ Lip Balm
❑ Lipstick
❑ Liquid Foundation
❑ Lotion
❑ Mascara
❑ Nail Polish
❑ Perfume
❑ Soorten Wax
❑ Sunscreen
❑ Waxes
❑ Serum
❑ Body Mist
Distillery
❑ Beer
❑ Rum
❑ Vodka
❑ Wine
❑ Whisky
Food & Beverages Industry
❑ Coffee Powder
❑ Dairy Products
❑ Fruit Juices
❑ Honey
❑ Jam
❑ Masala Soda
❑ Mayonnaise
❑ Peanut butter
❑ Sauces
❑ Soda
❑ Sugar
❑ Vegetable Juices
❑ Whey Powder
Paints and Coatings Industry
❑ Epoxy
❑ Ink
❑ Paint Colour
❑ Pigments
❑ Paint Thinner
❑ Solvents
❑ Additives
❑ Extender
Emulsification /Extraction/Oil
❑ Almond Extract
❑ Blackberry Extract
❑ Rose Extract
❑ Saffron Extract
❑ Herbal Extract
❑ Olive Leaf Extract
❑ Mushroom Extract
❑ Mulberry Extract
❑ Rasberry Extract
❑ Emulsification
❑ Spices Emulsification
❑ Icecream Emulsification
❑ Palm Oil
❑ Flower Oil
❑ Mint Oil
❑ Mustard Oil
❑ Castor Oil
❑ Cumin Oil
❑ Turmeric Oil
❑ Spices Oil
❑ Engine Oil
Pharmacy
❑ Drugs
❑ Medicines
❑ Omega 3
❑ Vitamin D 3
Sample Homogenisation
❑ Liquid Syrup
❑ Material Science
❑ Pharmaceutical Liquid filling
❑ Pharmaceutical Paste
❑ Sample Homogenisation For Plasmid
Cell Lysis
DNA & RNA Extraction
Nanotechnology
Protein Extraction
Adhesive
Silicon Oil
Fertilizer Industry
Pesticides Industry
Plant Growth Regulators
Aloe vera Gel
Body Spray
Chocolate Wax
Face Cream
Face Wash
Fragrance Oils
Lip Balm
Lipstick
Liquid Foundation
Lotion
Mascara
Nail Polish
Perfumes
Soorten Wax
Sunscreen
Waxes
Serum
Body Mist
Beer
Rum
Vodka
Wine
Whiskey
Almond Extract
Blackberry Extract
Rose Extract
Saffron Extract
Herbal Extract
Olive Leaf Extract
Emulsion
Mushroom Extract
Mulberry Extract
Rasberry Extract
Emulsification
Spices Emulsification
Icecream Emulsification
Palm Oil
Flower Oil
Mint Oil
Mustard Oil
Castor-Oil
Cumin Oil
Turmeric Oil
Spices Oil
Engine Oil
Coffee Powder
Dairy Products
Fruit Juices
Honey
Jam
Masala Soda
Mayonnaise
Peanut butter
Sauces
Soda
Sugar
Vegetable Juices
Whey Powder
Epoxy
Ink
Paint Colour
Pigments
Paint Thinner
Solvents
Additives
Extender
Drugs
Medicines
Omega 3
Vitamin D 3
Liquid Syrup
Material Science
Pharmaceutical Liquid filling
Pharmaceutical Paste
Sample Homogenisation For Plasmid
