Mechanical Heating Ultrasonic Cleaner LMUC-T2012

Introduction

Mechanical Heating Ultrasonic Cleaner delivers high efficiency functionality and features. This compact model with 3.2 L tank capacity and 120 W ultrasonic power provides deep cleansing action removing contamination even from blind holes and internal surfaces. Its key feature is the variance of using it at 28 KHz for gross rinse to 40 KHz for intensive rinse Equipped with degassing and gettering function for removal of dissolved gasses and efficient cleansing of oil and wax

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 irregular and complex instruments, lenses and other optical parts, dental and surgical instruments, electronics. It is also used in extraction and to degas certain analyzed stuff in laboratories

Specifications

Capacity	3.2 L
Tank size ( L x W x H )	240 x 140 x 100 mm
Machine size ( L x W x H )	270 x 170 x 240 mm
Ultrasonic power	120 W
Heater power	100 W
Temperature set	20 °C ~ 80 °C
Digital timer ( mechanical )	0 ~ 20 mins
Control mode	Mechanical
Construction material	Stainless Steel
Voltage	AC 220 V / 50 Hz

Features

3.2 L capacity tank

Integrated mechanical circuit for timer and heater

Temperature range : 20 °C ~ 80 °C ( mechanical )

Cleaning duration : 0 ~ 20 mins

Efficient cleaning can be done by distilled water

Optimum durability under prolonged and heavy usage

Equipped with degassing and gettering function

FAQs

1. What makes the It Mechanical Heating Ultrasonic Cleaner suitable for delicate yet thorough cleaning tasks?

It Mechanical Heating Ultrasonic Cleaner features dual-frequency ultrasonic cleaning, with 28 KHz for general rinsing and 40 KHz for precision-intensive cleaning. This frequency flexibility allows users to safely clean delicate items like optical lenses, surgical tools, or small electronic components. It ensures contamination is removed from tight areas, such as threads or internal grooves. This makes it highly effective for laboratories, clinics, and repair shops.

2. How does the degassing and gettering function of Mechanical Heating Ultrasonic Cleaner improve the cleaning process?

Mechanical Heating Ultrasonic Cleaner 's degassing removes trapped air and dissolved gases in the cleaning fluid, improving cavitation intensity and consistency. The gettering function enhances the removal of oily residues and wax, which are typically difficult to eliminate manually. These features together lead to quicker, deeper cleaning without requiring strong solvents. This is especially beneficial when preparing instruments for sterilization or analysis.

3. Is it easy to operate the Mechanical Heating Ultrasonic Cleaner for users without technical experience?

Yes, the Mechanical Heating Ultrasonic Cleaner uses a mechanical control interface that includes simple dials for setting the temperature and timer. There are no digital programs to navigate, making the machine intuitive and fast to set up. This ease of use is ideal for technicians, students, or staff working in high-turnover environments. Even with minimal training, users can achieve consistent results.

4. What types of contaminants can the Mechanical Heating Ultrasonic Cleaner remove effectively?

Mechanical Heating Ultrasonic Cleaner is excellent at removing contaminants such as grease, wax, oils, polishing paste, dust, and biological residues. The combination of ultrasonic waves and heat breaks down and lifts particles from surfaces and crevices. It’s particularly effective for cleaning tools with complex geometries where manual cleaning fails. This makes it ideal for dental clinics, laboratories, and mechanical workshops.

5. Can the Mechanical Heating Ultrasonic Cleaner be used continuously in a busy lab or workshop?

Mechanical Heating Ultrasonic Cleaner is designed for durability, with robust stainless-steel construction and a mechanical control system that withstands repeated use. While it handles frequent operation well, brief rest periods between long sessions help prevent overheating and extend the life of its components. The 3.2 L tank offers a practical balance between capacity and energy efficiency, making it ideal for small-scale continuous tasks. It's a dependable option for daily use in professional environments.