Digital Ultrasonic Cleaner LDUC-T2029

Introduction

Digital Ultrasonic Cleaner features a timing range of 1 to 99 minutes, allowing optimal control over cleaning cycles.It ensures accurate and user-friendly operation through a digital display and control panel. Its industrial high Q transducers deliver enhanced energy conversion for effective cleaning. The unit accelerates chemical reactions and reduces liquid viscosity during treatment. Our cleaner is ideal for deep cleaning of precision parts like circuit boards, electronic components, silicon wafers, magnetic materials, and semiconductor devices.

This ultrasonic cleaner is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Digital Ultrasonic Cleaner is ideal for deep cleaning of precision parts like circuit boards, electronic components, silicon wafers, magnetic materials, and semiconductor devices in electronics and manufacturing industries.

Specifications

Capacity	22 L
Temperature Range	20 to 80°C
Ultrasonic Power	480 W
Heating Power	600W (220V), 500W (110V)
Timing	1 to 99 min
Washing Basket	Optional
Frequency Working	39 ± 1.5 KHz
Cover	Yes
Valve Drain	Yes
Inner Tank Dimensions	500 x 300 x 150 mm
External Dimensions	560 x 320 x 317 mm
Packing Dimensions	657 x 454 x 430 mm
Gross Weight	14.5 kg

Features

Wide Capacity Range

Industrial Transducers

Efficient Cleaning Conversion

Uniform Cleaning Performance

Aging-tested for Reliability

FAQs

1. What types of contaminants can the Digital Ultrasonic Cleaner remove from precision components?

The Digital Ultrasonic Cleaner is highly effective at removing a wide range of contaminants including oils, flux residues, fine particles, dust, polishing pastes, and microscopic debris. Its ultrasonic cavitation process dislodges contaminants even from hard-to-reach surfaces and complex geometries without damaging delicate components. This makes it ideal for cleaning sensitive items such as silicon wafers, semiconductor devices, and precision circuit boards in laboratory and industrial settings.

2. How does the 1 to 99-minute timing range of the Digital Ultrasonic Cleaner enhance cleaning control?

The 1 to 99-minute adjustable timing range in the Digital Ultrasonic Cleaner provides users with precise control over cleaning duration, accommodating various cleaning intensities and item types. Shorter cycles are suitable for delicate materials or light residues, while extended cycles allow for deep cleaning of heavily contaminated components. This flexibility helps ensure optimal cleaning results while preserving the integrity of sensitive equipment and parts.

3. Why is the Digital Ultrasonic Cleaner suitable for use in electronics manufacturing?

The Digital Ultrasonic Cleaner is designed for high-precision cleaning applications in electronics manufacturing due to its industrial-grade transducers and stable ultrasonic frequency. These features allow it to clean fine electronics such as circuit boards and microchips without causing static damage or corrosion. The unit’s ability to accelerate chemical reactions also aids in flux removal and surface treatment, making it a dependable tool in the fabrication and maintenance of electronic devices.

4. How does the high Q transducer technology in the Digital Ultrasonic Cleaner improve cleaning performance?

The Digital Ultrasonic Cleaner incorporates industrial high Q transducers that significantly enhance the energy efficiency and intensity of the ultrasonic waves. This results in stronger cavitation effects, which break down and lift contaminants more effectively from surfaces. The technology ensures uniform energy distribution across the tank, enabling consistent cleaning results and improved reliability for demanding laboratory or industrial applications.

5. What advantages does the digital control panel of the Digital Ultrasonic Cleaner offer for laboratory environments?

The digital control panel of the Digital Ultrasonic Cleaner offers an intuitive and precise interface for setting time and monitoring operation. It reduces manual errors and simplifies usage, which is essential for high-throughput laboratory environments. The display also allows users to quickly adjust parameters mid-process if needed, ensuring a customizable and efficient workflow suited to varied sample types and cleaning needs.