Pharmaceuticals
** Emulsification and mixing of active ingredients with precise temperature control.
Control the temperature of your samples during ultrasonic processing.
How it works
- 01
The sonicator probe emits high-frequency ultrasonic waves into the liquid sample, creating intense cavitation that disrupts cell membranes, homogenizes mixtures, and disperses particles.
- 02
The chiller unit continuously circulates coolant around the sample container, maintaining a stable low temperature.
- 03
This prevents thermal degradation and ensures controlled processing, even during prolonged or high-intensity sonication.
Industry applications
This makes them an essential tool for biotechnology, pharmaceuticals, nanotechnology, research laboratories, and chemical processing industries.
Chemicals
** Homogenization and degassing of chemical solutions with consistent cooling.
Food & Beverage
** Ensures consistent emulsification and homogenization of ingredients without overheating.
Biotechnology
** Efficient cell disruption and homogenization for sample preparation while maintaining low temperatures.
Nanotechnology
** Effective dispersion and processing of nanoparticles at controlled temperatures.
Also built for
- Automotive
- Aerospace
- Electronics
- Medical Devices
- Heavy Machinery
- Jewellery
- Oil & Gas
- Power Generation
- Metal Finishing
- Laboratories
- Textiles
- Environmental
- Cosmetics
- General Engineering
Key features
Perfect for applications where traditional methods fall short, the Sonicator with Chiller provides reliable and powerful performance, enhancing productivity and ensuring optimal results in laboratories, research facilities, and industrial settings.
Integrated Cooling System
Maintains stable sample temperatures during sonication.
Adjustable Ultrasonic Power
Fine control over energy delivery for different applications.
Digital Control Interface
Easy-to-use display for setting amplitude, pulse, and time.
Programmable Cycles
Automated sonication with precise timing and pulsing options.
Wide Frequency Range
Typically operates between 20 kHz – 40 kHz.
Temperature Monitoring
Built-in sensors track and regulate sample temperature.
High-Quality Probes & Tips
Available in different sizes and materials.
Durable Build
Designed for continuous laboratory and industrial use.
Advantages
Delivers intense cavitation for efficient homogenization, cell disruption, and dispersion.
Prevents Sample Overheating
Maintains low temperature to protect sensitive biological materials.
Improved Reproducibility
Consistent conditions lead to reliable experimental results.
Extended Operation Time
Enables long-duration sonication without risk of heat damage.
Versatile Applications
Suitable for biological, chemical, and nanotechnology processes.
Higher Yield & Purity
Preserves structural integrity of proteins, enzymes, and nanoparticles.
User-Friendly Operation
Intuitive controls and programmable functions.
When to use this
- Laboratory and research applications
- Biotechnology and pharmaceutical processing
- Chemical processing and homogenization
- Food and beverage emulsification
- Nanotechnology and material science
Common questions
- Why is a chiller important in a sonicator?
- Because ultrasonic cavitation generates heat, a chiller prevents sample degradation by maintaining low temperatures during processing.
- Can the chiller be operated independently?
- Yes. Many models allow independent operation of the cooling system for flexible use.
- What sample sizes can be processed?
- Depending on probe size and power, they can process volumes ranging from a few milliliters to several liters.
- Is it suitable for nanoparticle dispersion?
- Yes. A sonicator with chiller ensures stable, uniform nanoparticle dispersions without agglomeration due to overheating.
Before you choose, we'll review the configuration, specifications and material compatibility with you.
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