Mechanical Heating Ultrasonic Cleaner LMUC-T2010

Introduction

Mechanical Heating Ultrasonic Cleaner delivers high efficiency functionality and features. This compact model with 1.3 L tank capacity and 60 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	1.3 L
Tank size ( L x W x H )	150 x 140 x 65 mm
Machine size ( L x W x H )	150 x 140 x 65 mm
Ultrasonic power	60 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

1.3 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 kind of items can be effectively cleaned with the It Mechanical Heating Ultrasonic Cleaner ?

It Mechanical Heating Ultrasonic Cleaner is ideal for cleaning small and intricate items such as dental tools, surgical instruments, lenses, optical parts, and electronic components. Its 1.3 L tank and dual-frequency action remove fine residues from hard-to-reach places like blind holes and crevices. This makes it especially useful for laboratories, clinics, and repair shops. The compact design also allows for use in limited workspaces.

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

Mechanical Heating Ultrasonic Cleaner 's degassing removes trapped air bubbles from the cleaning solution, ensuring better ultrasonic wave transmission throughout the tank. The gettering feature helps eliminate dissolved gases and contaminants such as oils and waxes. This results in more uniform and effective cleaning, particularly for components with intricate geometries. It is particularly beneficial in high-precision applications like electronics or optical cleaning.

3. Is it easy to operate the Mechanical Heating Ultrasonic Cleaner for users who are new to ultrasonic cleaning?

Yes, the Mechanical Heating Ultrasonic Cleaner features mechanical controls that are straightforward and intuitive. Users can set the cleaning time (up to 20 minutes) and temperature (20°C to 80°C) using simple knobs. This makes it a plug-and-play solution without complex programming or digital interfaces. Its user-friendly nature is ideal for both beginners and professionals.

4. What safety measures are integrated into the Mechanical Heating Ultrasonic Cleaner ?

Mechanical Heating Ultrasonic Cleaner is built with a stainless-steel body, which provides strong resistance to heat and corrosion. The compact size also reduces the risk of spills or overheating during operation. The mechanical timer automatically shuts off after the set duration, preventing overexposure. Users should ensure the cleaner is used on a stable surface and with appropriate cleaning solutions for added safety.

5. How important is the Mechanical Heating Ultrasonic Cleaner 's frequency range (28 KHz to 40 KHz) in determining cleaning effectiveness?

Mechanical Heating Ultrasonic Cleaner 's dual-frequency capability allows users to choose between coarse and fine cleaning depending on the application. 28 KHz delivers more aggressive cleaning for gross contaminants, while 40 KHz is gentler and suited for delicate items. This flexibility ensures optimal results for a variety of cleaning tasks. It also prevents unnecessary damage to sensitive surfaces.