Ultrasonic Baths

Ultrasonic baths utilize high-frequency sound waves to achieve efficient and thorough cleaning of various laboratory and industrial parts. These systems are characterized by their microprocessor-controlled operation, efficient transducer compatibility, and tailored power ratings to accommodate specific cleaning requirements.

  2. GRECO BROTHERS, INC. ULTRASONIC BATH

    Ultrasonic Baths

    GRECO BROTHERS, INC. ULTRASONIC BATH

    Ultrasonic Bath Greco Brothers, Inc. UT3932-4I1114

    Make: Greco Brothers

    Model: UT3932-4I1114 size 38" x 32" x 42"

    1 unit @ Best Price

    Scotia, NY US

    Item 141559

  3. FLOW DESIGNS LAMBDA P-2U-CP7D

    Ultrasonic Baths

    FLOW DESIGNS LAMBDA P-2U-CP7D

    Dual Station Ultrasonic Microprocessor Controlled Parts Cleaning Station

    Make: Flow Designs, LLC

    Model: LAMBDA P-2U-CP7D

    1 unit @ Best Price

    Scotia, NY US

    Item 50869

  4. CAE NEY AQUEOUS CLEANING SYSTEM 22.71 LITER

    Ultrasonic Baths

    CAE NEY AQUEOUS CLEANING SYSTEM 22.71 LITER

    Aqueous Cleaning System Cae Ney Model BCS-6-US

    Cae Ney is now CAE Ultrasonics

  5. GRECO BROTHERS, INC. ULTRASONIC BATH

    Ultrasonic Baths

    GRECO BROTHERS, INC. ULTRASONIC BATH

    Ultrasonic Bath Greco Brothers, Inc. UT3932-6624-12

    Make: Greco Brothers

    Model: UT3932-6624-12 size 31.5" x 32.5" x 42"

    1 unit @ Best Price

    Scotia, NY US

    Item 141683

  6. BRANSON ULTRASONIC BATH POWER SUPPLY WITH TRANSDUCERS

    Ultrasonic Baths

    BRANSON ULTRASONIC BATH POWER SUPPLY WITH TRANSDUCERS

    Ultrasonic Bath Power Supply w/Transducers Branson 8500 Special

    These power supplies are specially designed to power 7 transducers

Common Applications

parts cleaning

industrial cleaning

laboratory cleaning

precision cleaning

contaminant removal

microprocessor-controlled cleaning

Buying Guide

Ultrasonic Baths Buying Guide

Ultrasonic baths are pivotal for achieving precise cleaning in both laboratory and industrial settings. Selecting the right system involves understanding the specific cleaning requirements and technical specifications.

Here are some key factors to consider when purchasing an ultrasonic bath:

  • Assess the power rating and transducer compatibility to ensure the system can handle your intended cleaning tasks.
  • Consider the bath's frequency range to match the type of contaminants and materials you plan to clean.
  • Verify the microprocessor-controlled features for enhanced operational precision and control.
  • Ensure the bath has adequate capacity and dimensions suitable for your largest items to clean efficiently.

Frequently Asked Questions

What is the benefit of using an ultrasonic bath?
Ultrasonic baths offer efficient and thorough cleaning by using high-frequency sound waves to remove contaminants, making them ideal for both delicate and robust items in lab and industrial environments.
How do ultrasonic baths work?
Ultrasonic baths work by utilizing high-frequency sound waves to create cavitation bubbles in the cleaning liquid, which implode to dislodge and remove contaminants from immersed objects.
What specifications should I consider when choosing an ultrasonic bath?
When selecting an ultrasonic bath, consider power ratings, frequency range, transducer compatibility, and the system's capacity to ensure it matches your cleaning needs.
Can ultrasonic baths be used for industrial applications?
Yes, many ultrasonic baths are designed with robust power supplies and transducers to handle industrial cleaning tasks, ensuring comprehensive removal of contaminants from various components.