Power Adjustable Ultrasonic Cleaner LPAU-A11

The Power Adjustable Ultrasonic Cleaner LPAU-A11’s adjustable power feature, ranging from 0 to 240 W, gives users precise control based on the sensitivity and level of contamination of the items. Lower power settings are suited for fragile or lightly soiled items, while higher settings remove stubborn residues from robust objects. This adaptability ensures efficient cleaning without risking overexposure. It also reduces energy consumption when full power isn’t necessary.

Yes, Labtron’s Power Adjustable Ultrasonic Cleaner LPAU-A11 is equipped with degassing and degreasing functions, making it effective for laboratory applications such as sample preparation and solvent degassing. The ultrasonic waves remove trapped gases, ensuring consistent results in analytical procedures. This function also helps improve cleaning performance by promoting more efficient cavitation. It supports both research and industrial lab needs.

Our Power Adjustable Ultrasonic Cleaner LPAU-A11 is ideal for cleaning a wide range of items, including dental tools, surgical instruments, lenses, and electronic components. Its dual-frequency setting allows safe cleaning of delicate and complex items without causing surface damage. The ultrasonic action reaches into tiny crevices and tight areas, ensuring complete decontamination. It is particularly useful in laboratories, clinics, and precision manufacturing environments.

The Power Adjustable Ultrasonic Cleaner LPAU-A11 is constructed from high-grade stainless steel of 10L capacity, ensuring corrosion resistance and long-term durability even under heavy use. It features precise digital temperature and time controls that maintain performance over long cycles. The system also includes auto stand-by, sleep, and wake-up modes to reduce wear and energy use. These design features make it reliable for continuous daily operation.

Labtron Power Adjustable Ultrasonic Cleaner LPAU-A11, with a temperature range from 0 °C to 80 °C allows users to tailor the cleaning environment for specific contaminants . Warmer temperatures improve the effectiveness of cleaning solutions and break down oils or biofilms. The digitally processed temperature control ensures consistent heating without fluctuations. This improves both the cleaning quality and safety of sensitive components.