Ultrasonic cleaner model LX

Introduction to the LX Ultrasonic Cleaner Model by Nafis Faraz

Advanced Technology for Dental Instrument Cleaning

Nafis Faraz proudly presents the LX Ultrasonic Cleaner Model, one of the most advanced and efficient tools for precise cleaning and decontamination of dental and hospital equipment. Utilizing ultrasonic technology and the phenomenon of cavitation, this device is ideal for cleaning delicate and sensitive instruments before sterilization. In this article, we will review the features and performance of the LX Ultrasonic Cleaner and explain how to use it.

Key Features of the LX Ultrasonic Cleaner Model

• High Efficacy in Decontamination:
  The device creates ultrasonic waves and the cavitation phenomenon to thoroughly clean instruments by removing contaminants, blood, grease, and other pollutants.
• Durable and High-Quality Build:
  The cleaner’s tank is made of stainless steel, which prevents corrosion and rust, ensuring long-lasting durability.
• Precision and Speed:
  The device can perform cleaning operations with high precision and quality in a short time (2 minutes).
• User friendly :
  By adjusting temperature, time, and frequency, the cleaning process can be fully customized to meet specific needs.

Technical Specifications of the LX Ultrasonic Cleaner Model

This device serves as an ultrasonic bath for cleaning and decontaminating dental instruments and equipment before sterilization. Its use is essential for dentists and healthcare facilities, particularly in cases where precise and sensitive instruments require thorough cleaning.

Principles of Operation of the LX Ultrasonic Cleaner

Ultrasonic devices, particularly the LX model, use high-frequency sound waves to generate the cavitation phenomenon within a liquid. These sound waves cause pressure changes within the liquid, leading to the formation of microscopic bubbles. Cavitation is the process in which:

When the ultrasonic waves are emitted by the piezoelectric transducers inside the tank, alternating high and low pressures are created in the solution.

Due to these low-pressure zones, millions of microscopic bubbles form and grow in the solution. This process is known as cavitation, which refers to the creation of voids.

During the high-pressure phase, the bubbles collapse, releasing a significant amount of energy. These implosions are applied in all directions and, like tiny brushes, clean all surfaces and corners of the instruments thoroughly.

Conclusion

The LX Ultrasonic Cleaner Model is one of the most advanced devices for cleaning dental instruments and hospital equipment. By utilizing ultrasonic technology and the cavitation phenomenon, it provides the most effective cleaning method available. With this device, dentists and healthcare centers can ensure their tools are completely cleaned and free of contaminants before sterilization. For more information or to purchase this device, please contact the Nafis Faraz sales team.