Digital Ultrasonic Cleaner LDUC-T2026

Introduction

Digital Ultrasonic Cleaner offers a timing range of 1 to 99 minutes for optimal cleaning. The unit supports defoaming, dispersion, and viscosity reduction, making it suitable for various industrial applications. Its construction uses full stainless steel, ensuring excellent corrosion resistance and longevity. It is capable of cleaning complex geometries and hard-to-reach surfaces thoroughly. Our cleaner is ideal for cleaning intricate parts like bearings, nozzles, watch parts, optical lenses, and jewellery.

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 cleaning complex mechanical parts like bearings, nozzles, watch parts, optical lenses, and jewellery, ensuring removal of residues from hard-to-reach areas without mechanical abrasion.

Specifications

Capacity	11 L
Temperature Range	20 to 80°C
Ultrasonic Power	240 W
Heating Power	400 W
Timing	1 to 99 min
Washing Basket	Optional
Frequency Working	39 ± 1.5 KHz
Cover	Yes
Valve Drain	Yes
Inner Tank Dimensions	300 x 240 x 150 mm
External Dimensions	300 x 240 x 150 mm
Packing Dimensions	412 x 357 x 380 mm
Gross Weight	8.5 kg

Features

Smooth Surface Finish

Easy Maintenance Structure

Precise Cleaning Cycles

Durable Tank Construction

Touch-Button Interface

FAQs

1. What is the recommended maintenance routine for the Digital Ultrasonic Cleaner to ensure long-term performance?

To maintain the long-term performance of the Digital Ultrasonic Cleaner , it is important to follow a consistent maintenance routine. After each use, the cleaning tank should be drained and thoroughly wiped to remove any residues or leftover cleaning solution. It is recommended to use distilled water or approved cleaning fluids to prevent mineral buildup. Periodically inspecting the ultrasonic transducers, power cord, and control panel for any signs of wear or malfunction is also essential. Allowing the unit to cool between prolonged uses and avoiding continuous operation beyond the suggested cycles can help prevent overheating and component fatigue.

2. Can the Digital Ultrasonic Cleaner be used for both personal and laboratory-grade cleaning applications?

The Digital Ultrasonic Cleaner is versatile enough to serve both personal and laboratory-grade cleaning applications. Its adjustable timing range from 1 to 99 minutes allows users to customize cleaning cycles for delicate personal items like jewelry, eyeglasses, or watches, as well as more demanding tasks such as cleaning laboratory instruments, optical components, and small mechanical parts. The unit's stainless-steel construction and precise ultrasonic technology make it suitable for professional environments requiring stringent cleanliness standards. At the same time, its user-friendly interface and compact design offer convenience for personal or small business use.

3. What are the benefits of using ultrasonic cleaning for components with intricate geometries?

Ultrasonic cleaning is particularly effective for components with intricate geometries because it utilizes high-frequency sound waves to generate microscopic cavitation bubbles in the cleaning solution. These bubbles implode upon contact with the item’s surface, reaching into tiny crevices, holes, and irregular surfaces that are often difficult to clean using traditional methods. This allows for complete and consistent removal of contaminants such as dirt, oil, and residues, even from internal passages or areas not visible to the eye. Unlike brushes or manual cleaning tools, ultrasonic waves do not rely on direct contact, which eliminates the risk of scratching or damaging delicate components.

4. Is it necessary to use a degassing function before cleaning with the Digital Ultrasonic Cleaner ?

Using a degassing function before cleaning with the Digital Ultrasonic Cleaner is highly beneficial, especially when using fresh cleaning solutions. Degassing removes dissolved gases from the liquid that can otherwise reduce the effectiveness of ultrasonic cavitation. When a cleaning solution contains air bubbles, those bubbles may interfere with the formation of effective cavitation zones, resulting in uneven or reduced cleaning performance. The degassing process enhances the uniformity and intensity of the ultrasonic activity throughout the tank, making the cleaning process faster and more effective.

5. How does the design of the Digital Ultrasonic Cleaner support heat-resistant and chemical-resistant cleaning operations?

The Digital Ultrasonic Cleaner is designed with a high-quality stainless-steel tank and housing that offer excellent resistance to heat and commonly used cleaning chemicals. This robust construction allows the unit to maintain structural integrity even when cleaning solutions are heated to higher temperatures to enhance the cleaning process. The material choice prevents corrosion, pitting, or degradation over time, ensuring safe operation with various alkaline or mildly acidic solutions. Additionally, the cleaner is equipped with thermal management features that maintain consistent temperature control, preventing overheating during prolonged use.