Mechanical Heating Ultrasonic Cleaner LMUC-T2018

Introduction

Mechanical Heating Ultrasonic Cleaner delivers high efficiency functionality and features. This compact model with 30 L tank capacity and 600 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	30 L
Tank size ( L x W x H )	500 x 300 x 200 mm
Machine size ( L x W x H )	550 x 330 x 380 mm
Ultrasonic power	600 W
Heater power	500 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

30 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 Mechanical Heating Ultrasonic Cleaner suitable for cleaning large and complex instruments?

It Mechanical Heating Ultrasonic Cleaner , with a 30 L tank capacity and 600 W ultrasonic power, is ideal for cleaning larger instruments or multiple items at once. The ultrasonic waves penetrate deeply, reaching crevices and blind holes that are difficult to clean manually. This makes it highly effective for irregularly shaped lab glassware, surgical tools, and electronic components. The large tank also supports efficient batch processing in busy environments.

2. How does the dual-frequency operation (28 KHz & 40 KHz) of Mechanical Heating Ultrasonic Cleaner benefit cleaning performance?

The Mechanical Heating Ultrasonic Cleaner allows users to select between 28 KHz for a stronger, gross rinse and 40 KHz for a more delicate, intensive cleaning. This flexibility is useful when switching between sturdy metal tools and delicate optical parts. It ensures proper cleaning without surface damage. Users can match the cleaning mode to the sensitivity of the item being cleaned.

3. What role do the degassing and gettering functions of Mechanical Heating Ultrasonic Cleaner play in the cleaning process?

The Mechanical Heating Ultrasonic Cleaner 's degassing and gettering functions are designed to eliminate trapped air and dissolved gasses in the cleaning solution. This boosts ultrasonic efficiency and prevents bubble shielding, which can block wave penetration. Additionally, it helps remove oily or waxy contaminants more effectively. These features are crucial in lab and medical settings where cleanliness is paramount.

4. Is the Mechanical Heating Ultrasonic Cleaner safe and easy to operate for first-time users?

Yes, Mechanical Heating Ultrasonic Cleaner features a mechanical control system that is intuitive and easy to understand. The temperature and timer settings are controlled by user-friendly knobs, reducing the learning curve. The unit operates on standard 220 V / 50 Hz power and includes safety features like a built-in timer (0–20 mins) to prevent overheating. Its stainless steel body also ensures safe, chemical-resistant usage.

5. What types of industries commonly use this Mechanical Heating Ultrasonic Cleaner ?

Mechanical Heating Ultrasonic Cleaner is ideal for industries such as healthcare, electronics, automotive, and scientific research. It is especially valued in laboratories for sample preparation and degassing procedures. Dental and surgical facilities use it to sterilize instruments thoroughly. Optical workshops also use it for cleaning precision lenses and components.