High frequency electrical energy is converted into ultrasound waves by means of ultrasonic Transducers, which are bonded on the base of S.S Cleaning Tank. These high frequency sound waves create in the liquid countless, Microscopic vacuum Bubbles which ra
High frequency electrical energy is converted into ultrasound waves by means of ultrasonic Transducers, which are bonded on the base of S.S Cleaning Tank. These high frequency sound waves create in the liquid countless, Microscopic vacuum Bubbles which ra
High frequency electrical energy is converted
into ultrasound waves by means of ultrasonic
Transducers, which are bonded on the base of
S.S Cleaning Tank.
These high frequency sound waves create in
the liquid countless, Microscopic vacuum Bubbles
which rapidly expand and collapse.
These bubbles act like miniature high speed
brushes, driving the liquid in to all openings
and minute recesses of the object immersed
and the object is perfectly cleaned.
For more details please refer datasheet.
High frequency electrical energy is converted
into ultrasound waves by means of ultrasonic
Transducers, which are bonded on the base of
S.S Cleaning Tank.
These high frequency sound waves create in
the liquid countless, Microscopic vacuum Bubbles
which rapidly expand and collapse.
These bubbles act like miniature high speed
brushes, driving the liquid in to all openings
and minute recesses of the object immersed
and the object is perfectly cleaned.
For more details please refer datasheet.
Complete inner chamber made of HIGHLY POLISHED STAINLESS STEEL 304. Outer Chamber is made of Mild Steel Sheet, finished with powder coated paint
Useful for Crystal Growth Studies, for determination of Kinematic Viscosity and other laboratory applications requiring precise control of temp. and need of visibility
Control of temp. with Microprocessor temp. controller Excellent safety with heater cut off on over heating
Ultrasonic Homogenizers are recommended for homogenizaiton and lysis of laboratory samples that do not require traditional grinding or rotor-stator cutting techniques for processing.