Diesel Tank Ultrasonic Cleaning Machine 77L Ultrasonic Cleaner
September 05 12:31:44, 2025
**Product Specifications:**
- **Model No.:** JP-240ST
- **Sovent Recycle:** Filter system to remove oil and dirt
- **Automatic Option:** Optional automatic system
- **Ultrasonic Power:** 9000W (customizable)
- **Heating Power:** 12kW (customizable)
- **Frequency Options:** 28kHz / 40kHz / 60kHz / 80kHz / 120kHz
- **Trademark:** Skymen, OEM, ODM
- **Certifications:** CE, ROHS
- **Origin:** Guangdong, China
- **HS Code:** 845620
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**Huge Tank Oil Filter Ultrasonic Cleaner for Auto Parts, Carburetor, Engine, and Metal Components**
Why stand over a pan of solvent and breathe fumes while you scrub? Let our machines do the work for you — and get every nook and cranny scrubbed clean.
These ultrasonic systems are designed for serious professionals who need to degrease metal parts quickly and effectively. We offer two configurations and are happy to customize a system with accessories tailored to your specific needs. Ultrasonic cleaning is ideal for carburators, engines, and other intricate metal parts because it can reach into the tiniest openings and blind spots.
Ultrasonic cleaning is primarily an aqueous tank system that uses ultrasonic energy to remove dirt, grease, oil, and baked-on carbon from parts. Contaminants such as paint, rust, glued-on gaskets, and heavy layers of baked-on carbon can also be removed through this method, though they may require more aggressive chemistries. Unlike some other cleaning processes, ultrasonic cleaning will not damage delicate, lightweight, or easily damaged parts. However, parts that tend to nest closely together may shadow each other, which can reduce cleaning efficiency.
**How It Works**
Ultrasonic cleaning works by producing sound waves in a liquid. These waves consist of both high- and low-pressure fronts. The low-pressure fronts cause bubbles to form, while the high-pressure fronts cause them to collapse. This process loosens contaminants on the part surface, and chemical cleaners either dissolve or separate the free contaminants.
As with sound waves in air, ultrasonic sound waves can vary in frequency (pitch) and amplitude (power). Higher frequencies produce smaller bubbles, while lower frequencies create larger bubbles. Larger bubbles typically dislodge larger particles, and smaller bubbles handle finer debris. Most industrial systems operate at 28kHz or 40kHz, which are ideal for normal automotive cleaning. Systems with higher frequencies are used in industries like computing, where tiny particles must be removed.
**Equipment Configuration**
The most basic unit for ultrasonic cleaning consists of a stainless steel tank, an ultrasonic transducer, and a power supply (frequency generator), often referred to as a benchtop unit. More advanced models may include heating, filtration, mechanical agitation, rotating baskets, ultrasonic power controls, oil skimmers, water level controls, and frequency modulators to improve solution degassing.
**No More Solvents!**
A carburetor remanufacturer previously used manual solvent parts washers to clean carburetors. This was a labor-intensive process, with technicians spending 15–20 minutes per carburetor. In many cases, additional cleaning in a dip tank with caustic soda was required, followed by a hot water rinse.
**Applications**
This system is perfect for deep cleaning tasks, removing dirt, grease, waxes, and oils from switches, gears, nozzles, relays, motors, bearings, sieves, metal, ironware, and plastic parts and assemblies.
It’s a reliable and efficient tool that will make your procedures smoother and more effective.
**Remarks:**
1. Tank size and additional features can be customized.
2. Custom logos are acceptable.
3. Packed in wooden cases.
4. Lead time is negotiable based on quantity and customization needs.