+91 98920 81861 | +91 98670 15778 info@ralsonics.com

Ultrasonic Bath Sonicator

Product Description

Ralsonics’ compact ultrasonic cleaners are designed for small items in small batches. They remove contamination from complicated parts which are hard to access by manual cleaning with damage. They can also be used for degassing solvents and dispersing solid samples. Being relatively inexpensive and compact, they are ideal for professional maintenance cleaning.

 

An Ultrasonic Bath Sonicator is a compact yet powerful cleaning and processing device that uses high-frequency ultrasonic waves to create intense cavitation in a liquid medium. This cavitation dislodges contaminants from surfaces, mixes solutions, and facilitates various laboratory processes.

 

Ralsonics’ Ultrasonic Bath Sonicators are engineered for precision, reliability, and versatility, making them ideal for laboratories, research institutes, medical facilities, electronics workshops, and industrial cleaning applications.

Contact our experts for more details.

How an Ultrasonic Bath Sonicator Works

When electrical energy is converted into ultrasonic sound waves, it creates microscopic cavitation bubbles in the liquid. These bubbles rapidly collapse, generating localized energy bursts that:

 

  • Clean surfaces by removing dirt, oil, and biological residues.
  • Mix and homogenize solutions without mechanical stirring.
  • Accelerate chemical and biological reactions.
  • Break down particles and cells for laboratory analysis.

Key Features

  • Frequency Range – Available in 25 kHz, 28 kHz, 40 kHz, 68 kHz, 80 kHz, and 120 kHz models.
  • Digital Controls – Easy-to-use interface for setting time, temperature, and frequency.
  • Temperature Regulation – Integrated heaters with adjustable temperature up to 80°C.
  • Uniform Cavitation – Optimized transducer placement for consistent results.
  • Durable Tank Construction – High-quality SS 304/316L stainless steel bath.
  • Compact Design – Space-saving tabletop unit suitable for labs and workshops.
  • Optional Features – Degassing, sweep frequency mode, and data logging.
  • Safety Features – Overload protection and automatic shutoff.

Advantages

  • Thorough Cleaning – Reaches blind holes, tiny crevices, and delicate surfaces.
  • Time-Saving  Automates cleaning and processing, reducing manual effort.
  • Non-Destructive – Safe for delicate instruments and laboratory glassware.
  • Versatile Applications – Suitable for cleaning, mixing, degassing, and sonication.
  • Eco-Friendly – Reduces or eliminates the use of strong chemicals.
  • Cost-Effective – Multiple processes can be performed in one unit.

Application

  • Thorough Cleaning – Reaches blind holes, tiny crevices, and delicate surfaces.
  • Time-Saving – Automates cleaning and processing, reducing manual effort.
  • Non-Destructive – Safe for delicate instruments and laboratory glassware.
  • Versatile Applications – Suitable for cleaning, mixing, degassing, and sonication.
  • Eco-Friendly – Reduces or eliminates the use of strong chemicals.
  • Cost-Effective – Multiple processes can be performed in one unit.

When to use this?

Economical hands free cleaning requirement

Small items and occasional cleaning

Standard Models

Model No. Ultrasonic Power (W) Tank Size Internal
(L X B X H) (mm)		 Tank Volume (Liters)
RCC-100 100 300 * 151 * 150 5.7
RCC-200 200 300 * 240 * 200 12.5
RCC-300 300 505 * 300 * 150 19
RCC-500 500 505 * 300 * 200 28

Features

Stainless steel tanks

Cavitation resistant long life tanks

Ultrasonic Cleaning

Clean inaccessible areas easily

Digital Timer

Set and control the process time

Stainless Steel Covers

Longer lasting equipment

Optional Features

Multi-frequency Ultrasonics

Handle different types of contamination

Ultrasonic Sweep

Higher efficiency of cleaning

“FAQs”

FAQ Accordion
Q1. What is the difference between an ultrasonic cleaner and an ultrasonic bath sonicator?

An ultrasonic cleaner is primarily used for cleaning, while an ultrasonic bath sonicator is designed for both cleaning and laboratory applications such as mixing, dispersing, and homogenization.

Q2. Can biological samples be processed with a sonicator bath?

Yes. It can be used for cell disruption, DNA/RNA extraction, and enzyme activation in research labs.

Q3. Is temperature control important in ultrasonic baths?

Yes. Precise temperature regulation ensures consistent cleaning and prevents damage to delicate samples.

Q4. Can it be used continuously for long durations?

Yes, but usage depends on the power rating and cooling system. Industrial-grade sonicators support extended use.

Blogs

Feel free to contact us for more details!