Digital Ultrasonic Cleaner LDUC-T2017

Introduction

Digital Ultrasonic Cleaner is a compact and robust 22 L tanked structure that creates waves in the tank water to clean glassware and instruments from grime. The inner steel chamber is resistant to cavitation bubbles and strong solvents when intense cleaning is necessary. Capable of adjusting the power exerted, the ultrasonic cleaner also protects fragile equipment. Equipped with degassing and degreasing function for removal of dissolved gasses and cleansing of the tank.

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

Ideal for cleaning lenses and other optical parts, dental and surgical instruments, electronics, tools, pens, firearms, jewelry, and golf clubs. It is also used in manufacturing and maintenance of aerospace, engineering, filtration, orthopedic implants, pharmaceutical, plating and surface finishing, printing technology and equipment etc.

Specifications

Capacity	22 L
Tank size ( L x W x H )	500 mm x 300 mm x 150 mm
Machine size ( L x W x H )	500 mm x 330 mm x 330 mm
Ultrasonic power	480 W
Heater power	500 W
Temperature set	0 °C ~ 80 °C
Digital timer	1 ~ 99 mins
Control mode	Digital
Construction material	Stainless Steel
Voltage	AC 220 V / 50 Hz

Features

22 L capacity tank

Integrated digital circuit for timer and heater

Temperature range : 0 °C ~ 80 °C

Cleaning duration : 1 ~ 99 mins

Gapless purge tank

One key access for auto stand-by , sleep and wake up mode

Efficient cleaning can be done by distilled water

Precise digital processed temperature controls

Optimum durability under prolonged and heavy usage

FAQs

1. What makes the It Digital Ultrasonic Cleaner suitable for industrial and professional cleaning tasks?

It Digital Ultrasonic Cleaner features a large 22 L tank, allowing it to clean bulky or multiple items simultaneously. With 480 W ultrasonic power and 500 W heating capacity, it effectively removes tough grime and contaminants. It is commonly used in aerospace, medical, and manufacturing settings where precision cleaning is essential. The machine supports heavy-duty use while maintaining consistent cleaning quality.

2. How does this Digital Ultrasonic Cleaner protect sensitive or delicate items during cleaning?

The Digital Ultrasonic Cleaner ’s adjustable power feature allows users to reduce ultrasonic intensity for fragile objects like electronics or optical components. This prevents potential damage while still delivering thorough cleaning. The cavitation process is controlled and gentle, ensuring safe use for delicate surfaces. This makes it ideal for labs, clinics, and research environments.

3. Can the Digital Ultrasonic Cleaner be used continuously throughout the day in high-demand environments?

Yes, Digital Ultrasonic Cleaner is built with robust stainless steel construction and components designed for prolonged use. Its digital circuit for timer and heater ensures stability during long cycles, while the cooling and auto-standby features support extended operation. It performs reliably in workshop and laboratory settings with high throughput. Maintenance is minimal when used properly.

4. What role does the degassing and degreasing function of Digital Ultrasonic Cleaner play in performance?

Digital Ultrasonic Cleaner ’s degassing function removes trapped air from the cleaning liquid, improving cavitation effectiveness, especially for detailed or porous items. Degreasing targets oily and greasy residues, enhancing the overall cleaning result. These features ensure better penetration into complex surfaces like gears, nozzles, or surgical instruments. They also help maintain tank cleanliness and prevent residue buildup.

5. How do the temperature and timer controls contribute to Digital Ultrasonic Cleaner ’s cleaning versatility?

The Digital Ultrasonic Cleaner ’s temperature can be precisely set between 0 °C and 80 °C, and the cleaning duration ranges from 1 to 99 minutes. This flexibility lets users tailor settings for different materials and contamination types. For example, higher temperatures are effective for oily residues, while shorter cycles work well for light dirt. The digital interface makes adjustments quick and intuitive.