About Ultrasonic Baths Sonicator
Ultrasonic Baths Sonicator
Principle of Ultrasonic Cleaning:Ultrasonics (Ultrasound) is the sound which human beings cannot hear. Ultrasound utilizes frequencies from and above 18khz (18,000 cycles per sound) High frequency electrical energy is converted into ultrasound waves by means of ultrasonic Transducers, which are bonded on the base of S. Cleaning Tank. These high frequency sound waves create in the liquid countless, Microscopic vacuum Bubbles which rapidly expand and collapse. This phenomenon is CAVITATION. These bubbles act like miniature high speed brushes, driving the liquid in to all openings and minute recesses of the Object immersed in the liquid. Intense scrubbing of Cavitation cleans away all the dirt and soil from the object immersed and the object is perfectly cleaned. Intricate objects can be cleaned with either complete or little Dismantling.
Applications:- Laboratory: For Glassware, Filter, Cleaning and HPLC Mobile, Phase Degassing
- Industrial: Printed Circuit Boards, Semi-Conductors, Electronic Components, Precious Parts and Mechanisms
- Medical: Dental and Surgical Instruments
- Optical: Spectacles, Spectacle Frames, Lenses
- Jewellery: For all kinds of Jewellery, Precious Stones etc.
- TO REMOVE: Dust, Oils, Greases, Polishing Compound, Waxes, Swarf, Stains, Soils and any other Contaminants.
Silent Features :- Easy to operates & maintain with one piece S.S. Tank
- Indigenously manufactured with advanced MOSFET technology with Auto-tuning facility
- Digital Tuning of Transducers with Generators to avoid any frequency shifted even during demanding applications
- Compact, rugged and highly durable systems
- Extensively protected electronic circuits means longer and safer Operations
Technical Specifications:- Operating frequency 33+-3KHz, for all general purpose cleaning is highly recommended
- Input Voltage range of 170V AC- 270V AC, 50 Hz, 1 Ph
- Micro Controller based timer range 0 to 30/99 minutes
- Thermostatic controlled temperature controller
- Other capacity other than mentioned are also available as per customer requirement
MODELS AVAILABLE :- 1.0 Litre to 9 Litres
- Heater Optional
- Body S.S. or M.S. Powder Coated
| Capacity | Tank size | Over all Dimension | Wattage |
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| (LxBxH)mm | (LxBxH)mm |
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| 1.5 Lit. | 240 x 135 x 65 | 265 x 160 x 180 | 60W |
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| 3.5 Lit. | 300 x 150 x100 | 330 x 175 x 250 | 120W |
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| 6.5 Lit. | 300 x 150 x150 | 450 x 200 x 350 | 200W |
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| 9 Lit. | 300 x 200 x150 | 450 x 300 x 370 | 250W |
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Efficient Ultrasonic Cleaning for LaboratoriesThe US-40L Ultrasonic Bath Sonicator provides advanced cleaning capabilities with a 4-liter stainless steel tank and versatile features. Its effective ultrasonic transducers, adjustable timer (130 minutes), and temperature settings up to 80C provide thorough cleaning for lab instruments. Semi-automatic operation streamlines your process, while the digital display ensures easy monitoring and control.
Durability Meets PrecisionCrafted with a 304 stainless steel tank and ABS exterior, this sonicator promises lasting durability and chemical resistance. It features manual drainage, a detachable stainless steel lid, and noise levels below 60 dBmaking it suitable for continuous laboratory use. The 40 kHz frequency ensures highly effective ultrasonic action, while digital controls offer precision in every cycle.
FAQs of Ultrasonic Baths Sonicator:
Q: How does the Ultrasonic Bath Sonicator achieve efficient laboratory cleaning?
A: The sonicator uses 120 W of ultrasonic power paired with a 40 kHz frequency to create microscopic cavitation bubbles that dislodge contaminants from laboratory equipment. With selectable modes such as Degas, Normal, and Pulse, it ensures thorough and customizable cleaning.
Q: What types of materials and instruments can be cleaned with this ultrasonic bath?
A: The US-40L model is suitable for cleaning glassware, metal instruments, plastic components, and other laboratory items compatible with ultrasonic cleaning. Its durable 304 stainless steel tank accommodates diverse laboratory apparatus.
Q: When should I use the Degas, Normal, or Pulse cleaning modes?
A: Degas mode is ideal for removing air bubbles from cleaning solutions, improving cleaning efficiency. Normal mode suits most regular cleaning tasks, while Pulse mode provides short, intense bursts for stubborn contaminants or heavily soiled items.
Q: Where is the Ultrasonic Bath Sonicator manufactured and supplied?
A: This model is manufactured, exported, and supplied from India by a trusted supplier, ensuring adherence to international standards for laboratory equipment.
Q: What is the correct process for draining and maintaining the sonicator after use?
A: After cleaning, use the manual drain valve to empty the tank. Rinse the stainless steel interior and wipe dry. Regularly inspect core components like the ultrasonic transducer and heater for consistent performance.
Q: How does the sonicator benefit laboratory procedures?
A: It delivers consistent, reproducible cleaning with high accuracy, reducing cross-contamination and equipment wear. Quiet operation and digital controls streamline workflow, supporting enhanced laboratory productivity.
Q: Can I use the ultrasonic bath for temperature-sensitive cleaning tasks?
A: Yes, the temperature range from room temperature up to 80C, combined with precise digital controls, enables safe handling of temperature-sensitive samples and specialized cleaning requirements.