Product Description
Well-attuned to the demands of global market, we manufacture, supply and export premium quality Ultrasonic Cleaner Bath-Sonicator. Specially designed with best grade stainless steel inner pot, this laboratory equipment can be custom-designed as per the specific demands of the customers. Widely used to clean PCB, laboratory glass wares, conductors, dust, oil, grease, polishing compounds & others, these products are manufactured in adherence to international quality standards. Manufactured using best-grade raw material, our offered Ultrasonic Cleaner Bath-Sonicator is highly acknowledged and demanded by the customers owing to its following attributes:
- High operational fluency
- Compact in size
- Solid state circuit with auto tuning facility
Other Details:
Outer is made of stainless steel.
OPERATING FREQUENCY:
- 36 +/- 3 KHz or 22 +/- 3 KHz
- Maximum Temperature Range : 70o C
- Resolution : 1oC Accuracy :+/- 2oC
- Sensor : PT - 100 RTD Sensor
- Power supply : 230 V AC 50 Hz.
Technical Details: | Size In MM | Capacity In Liters | Rating (watts) |
| 235 x 135 x 65 | 1.5 Liter | 50 W |
| 235 x 135 x100 | 2.25 Liter | 60 W |
| 235 x 150 x 100 | 3.3 Liters | 100 W |
| 250 x 150 x 150 | 6.00iters | 150 W |
| 300 x 165 x 150 | 8.0 Liters | 200 W |
| 300 x 200 x 150 | 9.0 Liters | 250 W |
Precision Cleaning for Laboratory and Medical RequirementsThe Ultrasonic Cleaner Bath-Sonicator is engineered for thorough cleaning in laboratory and clinical settings. Its 40 kHz ultrasonic frequency efficiently dislodges residues from glassware and delicate instruments, minimizing manual effort and risk of contamination. The spacious 6-liter chamber accommodates various items, while stainless steel construction ensures durability. Whether youre cleaning pipettes, flasks, or surgical tools, this unit delivers consistent, high-quality results.
Advanced Safety and Easy OperationEquipped with overheat and overvoltage protection, this cleaner prioritizes user safety. The digital/manual control system allows precise adjustment of cleaning durations and temperature (up to 80C), and the LED display provides clear operational feedback. A fitted drain valve and removable basket simplify the cleaning and maintenance process, making it suitable for busy labs and medical facilities.
FAQs of Ultrasonic Cleaner Bath-Sonicator:
Q: How does the ultrasonic cleaner bath-sonicator work to clean laboratory items?
A: The ultrasonic cleaner bath-sonicator utilizes high-frequency ultrasonic waves (40 kHz) to create microscopic cavitation bubbles in the cleaning solution. These bubbles implode against the surfaces of laboratory glassware, surgical instruments, or optical components, effectively removing contaminants without damaging the items.
Q: What types of items can be safely cleaned using this ultrasonic bath?
A: This unit is suitable for all types of laboratory glassware, surgical instruments, and optical components. Its stainless steel chamber and adjustable settings ensure safe, thorough cleaning of both robust and delicate items.
Q: When should I use the pulse cleaning mode versus the continuous mode?
A: The pulse cleaning mode is ideal for removing stubborn or particulate-heavy residues, providing extra cleaning force in short bursts. Continuous mode is best for general maintenance or less contaminated items, delivering steady, uniform cleaning.
Q: Where should the ultrasonic cleaner be installed for optimal use?
A: For best results, install the ultrasonic cleaner on a stable, level bench in a well-ventilated laboratory, clinical, or workshop setting. Ensure easy access to a standard AC 220V, 50 Hz power supply and sufficient space around the unit for operation and drainage.
Q: What is the recommended process for operating the ultrasonic bath?
A: Place items in the removable basket, fill the chamber with an appropriate cleaning solution, set the desired timer (130 min) and temperature (up to 80C), and select the cleaning mode. After cleaning, use the fitted drain valve to empty the bath and follow up with thorough rinsing of the cleaned items for optimal results.
Q: How does the built-in safety protection enhance user benefit?
A: The overheat and overvoltage protection features shield both the device and the user from electrical or thermal hazards. This ensures reliable operation, reduces maintenance needs, and extends the working life of the cleaner.