Cw-Csb Ultrasonic Cleaner Automobile Parts Ultrasonic Cleaning Machine for Heavy-Duty Cleaning Applications

Product Description

Product Description

 Ultrasonic Cleaner 

         The Industrial Special Ultrasonic Cleaning Machine is a robust solution for efficient industrial cleaning. Utilizing advanced ultrasonic technology, it removes even the most stubborn contaminants from various components. With a durable stainless steel construction and a large cleaning tank, it is designed for heavy-duty use. The machine features precise digital controls for customizable cleaning processes, ensuring optimal results. Suitable for automotive, manufacturing, electronics, and medical industries, it offers energy efficiency, safety features, and environmental benefits.

Specification

Model Specifications	CW-100	CW-80
External Dimensions	1200×800×900	1000×700×800
Tank Dimensions	1000×600×700	800×500×600
Ultrasonic Frequency	28KHZ	28KHZ
Number of Transducers	100	80
Ultrasonic Power	6000W	4800W
Heating Power	9000W	6000W
Power Supply	380V	380V

Product Features:

        1.High-quality imported stainless steel, which is both aesthetically pleasing and durable.

        2.High Q-value transducers from the Chinese Academy of Sciences, providing powerful ultrasonic performance.

        3.Automatic constant temperature system adjustable from RT to 100℃.

        4.The generator selected offers better performance, higher frequency, and superior quality.

        5.Frequency tracking, correction, over-current, and over-voltage protection functions are included.

Product Advantages:

        1. Medium: Tap water + cleaning agent;  

        2. Temperature: Adjustable from RT to 100℃;  

        3. Ultrasonics: Frequency of 28KHz, five-sided ultrasonic coverage, which provides a broader range of ultrasonic waves and more uniform cleaning effects;  

        4. Generator: Equipped with two sets of high-power integrated modules, ensuring more stable ultrasonic frequency; the generator features overload protection, with automatic protection when power components overheat;  

        5. Drainage: Manual operation using a hand-operated ball valve;  

        6. Bottom Design: Features a sedimentation tank at the bottom, facilitating waste discharge and allowing the recirculation of cleaning liquid.