Samarth Electronics

Samarth Electronics

Lab & Industrial Ultrasonic Processing

Probe Sonicator (Ultrasonic Processor) - Manufacturer & Exporter India

High-intensity probe sonicators for cell disruption, nanoparticle synthesis, emulsification, DNA/RNA shearing, and pharma formulation. Digital amplitude control, pulse mode, energy dosimetry. IEC certified. Exported to research labs and pharma companies worldwide.

βœ… IEC Certified🏭 19+ Years Manufacturing🌍 Export to 12+ Countriesβš™οΈ Custom-Built
ISO & IEC Certified  |  19+ Years Manufacturing Excellence  |  Custom-Built  |  Export to UAE, USA, Germany, SE Asia & More

Product Overview

A probe sonicator - also called an ultrasonic processor, sonic probe, or ultrasonic homogenizer - delivers focused, high-intensity ultrasonic energy directly into a liquid sample through a metal probe (horn). Operating at 20–24 kHz, it generates intense cavitation at the probe tip, creating localised temperatures and pressures that disrupt cells, reduce particle sizes, create emulsions, and drive sonochemical reactions.

Samarth Electronics manufactures probe sonicators for research laboratories, pharmaceutical companies, biotech firms, universities, and industrial facilities across India and internationally. Every unit features digital amplitude control (10–100%), programmable pulse parameters, real-time energy monitoring (Joules), and a durable titanium probe tip.

From the smallest 50W table-top unit for microlitre sample volumes, to the 1,000W floor-mounted unit for continuous industrial processing β€” we manufacture the full range to customer specification.

Key Features & Benefits

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Digital Amplitude Control

10–100% amplitude in 1% steps β€” precise control for gentle biology to aggressive industrial processing.

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Programmable Pulse Mode

Set on-time and off-time independently. Prevents sample heating in temperature-sensitive applications.

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Energy Dosimetry

Total Joules delivered displayed in real-time β€” ensures reproducible results run-to-run.

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Replaceable Probe Tips

Titanium alloy probe tips in multiple diameters (3mm–50mm) for different sample volumes and power densities.

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Chiller Unit Compatible

Integrates with our sonicator chiller unit for automatic temperature-controlled processing.

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Digital Display

Large backlit display shows amplitude, time elapsed, total energy, temperature (with probe sensor).

Technical Specifications

ParameterSpecification
Frequency20 kHz / 22 kHz / 24 kHz
Power output50W / 100W / 150W / 200W / 500W / 1000W (model-specific)
Amplitude range10–100% (digital, 1% resolution)
Probe diameter3mm / 6mm / 10mm / 13mm / 19mm / 25mm / custom
Sample volume0.5 mL – 10 litres (probe-dependent)
Timer1 second – 99 hours
Pulse modeOn-time: 0.1–9.9 sec; Off-time: 0.1–9.9 sec
Energy counterJoules (J) displayed in real-time
Power supply230V/50Hz standard; 110V/60Hz for USA/Canada
CertificationIEC certified

Applications & Industries Served

πŸ”¬ Cell Disruption / LysisπŸ§ͺ Nanoparticle SynthesisπŸ’Š Pharma Emulsification🧬 DNA / RNA Shearingβš—οΈ Sonochemistry🏭 Industrial Emulsification🌱 Plant Cell ExtractionπŸ” Dispersion of Nanotubes🧫 Microbial DisruptionπŸ“ Particle Size Reduction

Probe sonicators are used in R&D labs, pharmaceutical formulation, biotechnology, materials science, food science, and chemical manufacturing. Applications range from 0.5 mL micro-scale cell disruption for protein extraction to large-scale continuous industrial emulsification.

🌍 Exporting Probe Sonicator Worldwide

Samarth Electronics exports Probe Sonicator to industrial buyers, distributors, and research institutions in 12+ countries. Every export unit is manufactured at your destination voltage (110V/120V/220V/230V/400V), IEC certified, and ships with complete technical documentation, CE declaration where applicable, and certificate of origin.

πŸ‡¦πŸ‡ͺ UAE & GulfπŸ‡ΊπŸ‡Έ United StatesπŸ‡©πŸ‡ͺ Germany & EUπŸ‡¬πŸ‡§ UK & IrelandπŸ‡²πŸ‡Ύ SE AsiaπŸ‡¦πŸ‡Ί Australia & NZ🌍 AfricaπŸ‡§πŸ‡© Bangladesh & Nepal
Request Export Quotation

Why Choose Samarth Electronics?

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19+ Years Manufacturing

Precision ultrasonic equipment since 2006 β€” thousands of systems delivered across India and internationally.

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IEC Certified

Full IEC electrical certification. CE-compatible designs for European export. Globally accepted.

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100% Custom-Built

Every system built to your exact specification β€” tank size, frequency, voltage, automation level.

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Complete Documentation

Material certificates, calibration records, IQ/OQ protocols, wiring diagrams β€” all provided.

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Lifetime Spare Parts

Replacement transducers, generators, heating elements β€” shipped to any country within days.

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Factory-Direct Pricing

No distributor markup β€” manufacturer prices 40–60% below European brands for equivalent quality.

Frequently Asked Questions

A probe sonicator is used for cell disruption (bacteria, yeast, mammalian cells), nanoparticle synthesis, emulsification, DNA/RNA shearing for NGS library preparation, graphene dispersion, and sonochemistry. It delivers focused high-intensity ultrasonic energy into a small volume of liquid β€” applications requiring more power than a bath sonicator provides.
A bath sonicator distributes gentle energy throughout a liquid bath β€” suitable for cleaning and indirect processing. A probe sonicator focuses intense energy through a probe tip directly into a small sample β€” giving 100-1000x higher power density at the probe surface. Probe sonicators are not for cleaning; they are for sample processing.
Yes β€” probe sonicators generate significant heat. Use pulse mode (e.g., 5 sec on / 5 sec off) and keep the sample in an ice bath to limit temperature rise. For consistent temperature-controlled processing, our sonicator chiller unit automatically maintains the set temperature throughout the run.
Smaller probes (3–6mm) concentrate energy for very small volumes (0.5–10 mL) and are ideal for cell lysis in microtubes. Larger probes (13–25mm) handle larger volumes (50 mL to several litres) with less intense but broader cavitation. For industrial applications above 1 litre, use the largest available probe diameter for maximum power transfer.
Yes. We export probe sonicators to university research labs, pharmaceutical companies, and biotech firms in UAE, USA, Germany, UK, Malaysia, Singapore, Australia, Bangladesh, and other countries. Export models are available at 110V/60Hz (USA) or 230V/50Hz (EU/AU/IN) with IEC certification.

Get Your Probe Sonicator β€” Priced and Delivered to Your Location

Tell us your application, quantity, and destination country. Our engineers respond with a complete quotation within 24 hours β€” no obligation.

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Introduction of Samarth Electronics :

We Samarth Electronics are one of the leading manufacturer and supplier of probe sonicator with 3 different variants LED/LCD/LCD with a touch screen. The instruments manufactured by us are majorly used in different types of industries such as chemical, medical, nano particle dispensing and mixing, paint and other industries. Sonicators are high frequency devices making use of ultrasonic energy to blend particles in liquids and facilitate processes such as mixing, cleaning, sample preparation and so on. In the process of sonication, sound energy or high frequency sound waves are used to break cells. There are two types of sonicators. One is the bath sonicator and the other is probe sonicator.


What is a Probe sonicator :

In the functioning of probe sonicators, the particles around the probe are blasted with high energy levels of sound and this is an ideal situation for size reduction, emulsification and dispersion of nano-particles. This is best used as a substitute for the process of stirring. So in this way, a probe is in direct contact with the sample with a probe sonicator, whereas in bath sonicator the sample gets isolated from the energy source. In case of probe sonicator, the input energy level required is quite low and hence, it provides more concentrated energy to the sample. It is not at all suitable for testing small samples. The possibility of sample cross contamination is high with the use of probe sonicator. There is one more specific feature associated and that is, only one sample can be used at one time with the functioning of probe sonicator. As the applications for which the sonicators are used are diverse, this tool comes in different sizes and shapes. Probe sonicators are made up of 3 parts:

1.Generator that providing electronic pulses.
2.Converter that transforms the pulses into mechanical vibrations
3.Probe that rests in the sample and transmits the vibrations to it.


Our Strategy :

There are many factors that should be considered before purchasing a sonicator. The foremost point is which type has to be purchased, the parameters and additional features of the sonicators all these have to be compared. Probe sonicators are said to be more expensive then bath sonicators. In case of the probe tool, users should consider buying different probe tips for different volumes. To be specific, depending upon the size and shape of the vessel , one can choose from different probes. Depending upon the wide applications there are a number of probe sonicators available in the market, based on different parameters and user reviews. We at Samarth Electronics offer you with the most durable and affordable probe machine you can select from. We are committed to serve our customers and create such a world where people and products are handled in a perfect manner. With our outstanding facilities and efforts, we provide best range of sonicators that can be used in several applications by different industries. Our highly reliable, advanced and latest sonicator devices are available in different specifications. Our devices have a longer functional life and attributing to this function, we design and develop a range of low noise systems at our manufacturing unit, to benefit a large number of customers.


Salient Features :

There are a few salient features associated with our instruments which include :
1. Our devices are easy to clean and maintain.
2. We provide modular generator for easy servicing of our machines.
3. Our instruments come with rugged and corrosion free stainless steel finish.
4. These devices are equipped with extensively protected electronic circuits for longer and safer functioning.
5. The parameters like total time, pulse on time, pulse off time can be adjusted.
6. Adjustable operation modes to reduce the heat rise in temperature sensitive samples is available with our devices.
7. The instruments are uploaded with integrated temperature control systems to prevent the overheating of the samples.

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