Digital Ultrasonic Cleaner LDUC-T2021

Introduction

Digital Ultrasonic Cleaner offers a timing range of 10 to 600 seconds for efficient cleaning control. It features a digital display and control system for easy operation. Its industrial high-Q transducers ensure higher cleaning conversion efficiency. The unit includes an heating system with a maximum temperature of 80°C. Our cleaner is ideal for removing contaminants from electronic components, circuit boards, semiconductor wafers, and optical lenses.

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 removing contaminants from electronic components, circuit boards, semiconductor wafers, and optical lenses, supporting high-precision cleaning in electronics, optics, and advanced manufacturing applications.

Specifications

Capacity	2.0 L
Temperature Range	20 to 80°C
Ultrasonic Power	70 W
Heating Power	100 W
Timing	10 to 600 s
Washing Basket	Optional
Frequency	39 ± 1.5 KHz
Cover	Yes
Inner Tank Dimensions	150 x 135 x 100 mm
Packing Dimensions	242 x 227 x 275 mm
Gross Weight	2.7 kg

Features

Heating System

SUS304 Stainless Tank

High Voltage Tested

CE//RoHS/ Certified

Wide Application Range

FAQs

1. Does the Digital Ultrasonic Cleaner support temperature control during cleaning?

Yes, the Digital Ultrasonic Cleaner is equipped with an heating system that supports a temperature range of 20°C to 80°C. This allows users to adjust the temperature based on the nature of contaminants and materials being cleaned. Temperature control enhances cleaning performance by loosening residues and improving cavitation effectiveness. It is especially beneficial when cleaning oily or heavily soiled items. The digital control interface allows precise adjustment of temperature settings.

2. Can the be used for fragile or precision components?

The Digital Ultrasonic Cleaner is designed to clean both delicate and precision components effectively without causing damage. Its industrial high-Q transducers provide efficient yet gentle cleaning action suitable for fragile parts like semiconductor wafers, optical lenses, and microelectronic circuits. The adjustable timing and heating functions help tailor the cleaning process to different sensitivities. This makes the cleaner a suitable option for industries where high accuracy and safety are critical.

3. How user-friendly is the interface of the Digital Ultrasonic Cleaner ?

The Digital Ultrasonic Cleaner features a digital display and control system that simplifies operation for users. It offers intuitive controls for setting timing and temperature, making it accessible even for first-time users. The interface displays real-time values and supports easy monitoring during cleaning. Designed with laboratory and industrial users in mind, the system ensures consistent performance with minimal manual intervention. The digital design also reduces the chance of operational errors.

4. What type of maintenance does the require for optimal performance?

To maintain optimal performance, the Digital Ultrasonic Cleaner requires regular cleaning of the inner tank and inspection of the power cord and controls. After each use, residues or leftover cleaning solution should be removed to prevent buildup. Periodic checks of the transducer functionality and heating elements ensure reliable operation. It's also recommended to use appropriate cleaning fluids and avoid harsh chemicals that could damage internal components. Proper storage in a dry, clean space helps extend the unit’s service life.

5. Is the Digital Ultrasonic Cleaner suitable for continuous use in high-throughput environments?

Yes, the Digital Ultrasonic Cleaner is built for consistent performance and can be used in high-throughput environments such as industrial workshops and busy laboratories. Its durable design and efficient transducers support repeated cycles throughout the day. However, it is advisable to follow duty cycle recommendations and allow the unit to cool down between extended operations. With proper use, it delivers stable performance for large-volume or frequent cleaning tasks.