Ultra Autosonic India

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

Ultra Autosonic design, develop and manufacture the world’s most advanced ultrasonic liquid processors. We provide advanced technology with our Probe Sonicators. Our Ultra Autosonic Probe Sonicators are specially designed for nanoparticle dispersion. Sonication is extremely effective for processing nanomaterials such as carbon nanotubes, graphene inks, cells, bacteria, spores tissue, and many other materials. 

Sonication is used in the pharmaceutical, food and pesticide, and cosmetic industries as well as for inks, paints, and coatings, wood and wood treatment, and metalworking.

Typical applications include sample preparation, cell lysis disaggregation, homogenization, particle size reduction, soil testing, and acceleration of chemical reactions. Vibrations from the probe form millions of microscopic bubbles (cavities) that expand and implode violently.

We have supplied our machines to many schools, colleges, and corporate houses. 1000+ machines supplied and installed successfully in the market.

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application

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.

Specification 

Features

❑ Large LCD screen Display, friendly human-machine interface.

❑ Maximum 98 Program of experimental data can be set and stored, safe and convenient.

❑ 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.
Advantages 
❑ 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. 

Application