Ultrasonic Tube Resonator

Ultrasonic Tube Resonator

Introduce ultrasonic energy into your cleaning liquid.

How it works

  1. 01

    Retrofitting in existing tanks

  2. 02

    Harsh and demanding industrial environments

  3. 03

    Vacuum conditions

  4. 04

    Powerful cleaning requirements

  5. 05

    Using ultrasonic in multiple tanks

Industry applications

For precise and efficient cleaning applications, our Ultrasonic Tube Resonator offers an unparalleled solution. Utilizing advanced ultrasonic technology, this device ensures thorough cleaning of tubes and cylindrical components, making it ideal for industries requiring meticulous cleanliness standards.

Automotive

** Cleans engine tubes and other cylindrical components.

Aerospace

** Maintains the cleanliness of precision parts for optimal performance and safety.

Electronics

** Cleans tubes and components with precision.

Medical Devices

** Ensures sterility and removes contaminants from surgical and diagnostic instruments.

Pharmaceuticals

** Cleans production equipment to maintain hygiene standards.

Chemicals

** Suitable for industrial sonochemistry.

Environmental

** Effective in treatment processes.

Also built for

  • Food & Beverage
  • Heavy Machinery
  • Jewellery
  • Biotechnology
  • Nanotechnology
  • Oil & Gas
  • Power Generation
  • Metal Finishing
  • Laboratories
  • Textiles
  • Cosmetics
  • General Engineering

Key features

Ralsonics ultrasonic Tube resonators are advanced ultrasonic cleaning solutions engineered for applications that require powerful yet space-efficient cleaning performance. Unlike traditional immersible transducers, tube resonators are cylindrical ultrasonic devices that can be easily installed into round, oval, or irregular tanks without major modifications.

  • 360° Ultrasonic Action

    Uniform cavitation in all directions.

  • Compact & Space-Saving

    Ideal for tanks where immersible transducers cannot be used.

  • Durable Build

    Constructed from SS 316L stainless steel for corrosion resistance.

  • Customizable Sizes & Frequencies

    Tailored to customer-specific tank dimensions and applications.

  • Low Maintenance Design

    Sealed and robust for long-term use.

  • Energy Efficient

    Optimized transducer design for maximum output with lower power consumption.

  • Compatible with Continuous Operation

    Air-cooled or water-cooled options available.

Advantages

These resonators are widely used in flow-through systems, electroplating lines, and specialized cleaning applications, where consistent ultrasonic energy distribution and easy installation are essential.

  • Easy Integration

    No need to redesign or replace existing tanks.

  • Versatility

    Works in irregularly shaped or space-constrained tanks.

  • High Cleaning Efficiency

    Even distribution of ultrasonic energy.

  • Cost-Effective Retrofit Solution

    Lower investment than full ultrasonic systems.

  • Scalable & Modular

    Multiple tube resonators can be installed for larger tanks.

  • Non-Intrusive

    Can be positioned without disrupting workflow.

  • Reliable Performance

    Long-lasting operation with minimal maintenance.

When to use this

Ralsonics’ tube resonators can also be used for industrial sonochemistry applications as well as for wastewater and sewage treatment applications.

  • The tube resonator generates ultrasonic waves across its cylindrical surface.
  • When submerged in liquid, the resonator produces 360° ultrasonic cavitation, ensuring uniform cleaning throughout the tank.
  • The implosion of microscopic bubbles effectively removes oils, grease, carbon deposits, rust, polishing compounds, and other contaminants from every surface, even in complex geometries.

Common questions

What is an ultrasonic tube resonator?
It is a specialized ultrasonic transducer design that provides 360° cleaning action, ensuring uniform cleaning inside round or tubular tanks.
What are the benefits over flat transducers?
- Uniform cleaning intensity across the tank
Where are ultrasonic tube resonators most effectively used?
Cleaning long parts, tubular components, and in situations requiring uniform ultrasonic energy distribution in large or irregular tanks.

Before you choose, we'll review the configuration, specifications and material compatibility with you.

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