Single-Tank Ultrasonic Cleaner with Three Frequencies

The ultrasonic cleaner with three frequencies is versatile and meets various cleaning needs with its 40 kHz, 80 kHz, and 120 kHz options:

1. 40 kHz：
   • Application: Suitable for cleaning larger and rougher surfaces, such as metal parts, tools, automotive components, etc.
   • Cleaning Needs:Effectively removes oil, heavy dirt, and other hard-to-remove contaminants.
   • Pain Point Solution: Provides powerful cleaning for stubborn stains and grease on hard materials.
2. 80 kHz：
   • Application: Ideal for delicate instruments and medium-precision parts, such as optical lenses, electronic components, medical devices, etc.
   • Cleaning Needs: Removes moderate dirt while maintaining surface protection.
   • Pain Point Solution: Cleans moderate dirt without damaging delicate surfaces, preserving precision.
3. 120 kHz：
   • Application: Suitable for high-precision and sensitive equipment and materials, such as chips, precision optical components, and MEMS.
   • Cleaning Needs: Requires highly precise cleaning to remove fine particles and contaminants.
   • Pain Point Solution: Provides gentle and efficient cleaning for delicate surfaces and sensitive items, avoiding damage to precision components.

Advantages of the Three-Frequency Ultrasonic Cleaner:

1. Versatile Cleaning Effects:
   • Adapts to various materials and cleaning requirements, from rough surfaces to precision components.
   • Offers flexibility by allowing the selection of the most suitable frequency based on the object's dirt level and material.
2. Extended Equipment Lifespan:
   • High-frequency cleaning is gentle and prevents damage to sensitive or precision items.
   • Low-frequency cleaning effectively removes heavy dirt, reducing the need for repeated cleaning that can cause wear on the equipment.
3. Increased Efficiency:
   • One machine with multiple functions reduces the need for multiple devices, cutting costs.
   • Ultrasonic cleaning is fast and effective, minimizing manual cleaning time.