Single Tank Industrial Ultrasonic Cleaner Overview
The SIWEEP Industrial Ultrasonic Cleaner – Single Tank Series is designed for efficient industrial parts cleaning in automotive, manufacturing, maintenance, and professional workshop applications. As a powerful industrial ultrasonic cleaning machine, it uses ultrasonic cavitation to remove oil, grease, carbon deposits, rust, dirt, and other stubborn contaminants from automotive parts, metal components, tools, molds, and industrial equipment.
Available in 28kHz and 40kHz configurations with tank capacities from 37.5L to 360L, these industrial ultrasonic cleaners feature durable SUS304 stainless steel tanks, digital time and temperature controls, and heating up to 80°C / 176°F. The large-capacity design provides reliable ultrasonic parts cleaning for different component sizes and cleaning volumes, making the Single Tank Series a versatile solution for demanding industrial cleaning applications.
🔹Technical Specifications
🔹Key Features of Industrial Ultrasonic Cleaner
- Powerful Ultrasonic Cleaning for Parts & Components
Uses advanced ultrasonic cavitation technology to remove oil, grease, carbon deposits, rust, dirt, and other stubborn contaminants from automotive parts, metal components, tools, molds, and industrial equipment. - Adjustable Cleaning Time & Temperature
The digital control system allows precise adjustment of ultrasonic cleaning time and temperature, with heating up to 80°C / 176°F to support different parts cleaning requirements and cleaning solutions. - Durable SUS304 Stainless Steel Cleaning Tank
Constructed with a heavy-duty SUS304 stainless steel ultrasonic cleaning tank, providing excellent corrosion resistance, heat resistance, and durability for demanding industrial parts cleaning applications. - High-Efficiency Ultrasonic Transducer System
Reliable ultrasonic transducers generate consistent ultrasonic energy and uniform cavitation throughout the cleaning tank, helping reach contaminants in crevices, cavities, and difficult-to-clean areas. - Digital Ultrasonic Cleaning Controls
The intuitive digital control interface makes it easy to monitor and adjust key ultrasonic cleaner settings, including cleaning time and temperature, for repeatable cleaning cycles. - Designed for Industrial Parts Cleaning
Built for professional workshops, automotive repair, manufacturing, and industrial maintenance, this industrial ultrasonic parts cleaner provides an efficient solution for cleaning metal parts, automotive components, tools, molds, and other industrial equipment.
🔹Applications of Industrial Ultrasonic Cleaner
The SIWEEP Industrial Ultrasonic Cleaner Series is designed for demanding industrial parts cleaning applications across automotive, manufacturing, maintenance, engineering, and professional workshop environments. Using advanced ultrasonic cavitation technology, these large-capacity ultrasonic cleaners effectively remove oil, grease, carbon deposits, rust, dirt, and other contaminants from complex metal parts and components, including hard-to-reach areas.
- Automotive & Engine Parts CleaningIdeal for automotive parts cleaning and engine component cleaning, including carburetors, fuel injectors, transmission parts, valves, bearings, and other mechanical components. Powerful ultrasonic cavitation helps remove stubborn grease, oil, carbon buildup, and contaminants from internal passages and hard-to-reach areas.
- Industrial Parts & Manufacturing ComponentsDesigned for machine shops, factories, and maintenance departments, this industrial parts cleaner can clean precision components, molds, tooling, hardware, hydraulic components, and metal assemblies. Thorough ultrasonic cleaning helps improve maintenance efficiency and prepare parts for inspection, assembly, or further processing.
- Tools & Workshop EquipmentSuitable for cleaning hand tools, pneumatic components, mechanical parts, and workshop equipment. Ultrasonic cleaning helps remove accumulated oil, grease, dirt, and residue from surfaces, joints, and difficult-to-reach areas that may be challenging to clean with conventional methods.
- Electronics & Precision ComponentsSuitable for compatible electronic components, connectors, metal parts, and precision-engineered components where thorough precision parts cleaning is required. Cleaning methods and solutions should be selected according to the material and sensitivity of each component.
- Aerospace & Engineering ComponentsProvides efficient ultrasonic parts cleaning for complex metal components and precision-engineered parts used in demanding engineering and aerospace-related applications. Proper cleaning solutions and operating parameters should be selected according to component materials and application requirements.
- General Industrial CleaningA versatile solution for manufacturers, repair facilities, maintenance departments, and professional workshops requiring industrial cleaning equipment for large or complex parts. Multiple tank capacities and ultrasonic configurations allow users to select a system based on part dimensions, cleaning volume, and application requirements.
🔹How Industrial Ultrasonic Cleaning Works?
Industrial ultrasonic cleaning uses high-frequency sound waves and ultrasonic cavitation to remove contaminants from complex parts and surfaces. Unlike conventional cleaning methods that rely primarily on brushing, spraying, soaking, or manual scrubbing, an ultrasonic cleaning machine can reach difficult-to-access areas such as blind holes, narrow gaps, recesses, and intricate geometries.
Inside the ultrasonic cleaning tank, an ultrasonic generator supplies electrical energy to ultrasonic transducers, which convert that energy into high-frequency mechanical vibrations. These vibrations create alternating pressure waves in the cleaning solution, forming millions of microscopic cavitation bubbles. When the bubbles rapidly collapse, they generate localized cleaning forces that loosen and remove oil, grease, carbon deposits, rust, dirt, and other contaminants from the surfaces of submerged parts.
This ultrasonic cavitation cleaning action allows cleaning energy to reach complex surfaces, internal passages, crevices, and other areas that can be difficult to clean with conventional methods. As a result, industrial ultrasonic cleaners are widely used for automotive parts, metal components, precision parts, tooling, molds, and other industrial applications.
Cleaning performance depends on factors such as ultrasonic frequency, power, cleaning solution, temperature, cleaning time, and the type of contamination. SIWEEP industrial ultrasonic cleaners provide adjustable cleaning time and temperature settings, allowing users to optimize the cleaning process for different parts, materials, and contamination levels. The combination of ultrasonic energy, controlled heating, and a durable stainless steel cleaning tank provides an efficient solution for professional industrial parts cleaning.
🔹Industrial Ultrasonic Cleaner Configurations & Options
The SIWEEP Industrial Ultrasonic Cleaner Series is available in multiple tank capacities and configurations to meet different industrial parts cleaning requirements, from professional workshops and automotive repair facilities to manufacturing and maintenance operations. Each industrial ultrasonic cleaning machine features a durable SUS304 stainless steel tank and a powerful ultrasonic cleaning system designed for reliable performance across different parts, materials, and cleaning volumes.
Available tank capacities range from approximately 37.5L to 360L, allowing users to select an appropriate large-capacity ultrasonic cleaner based on part dimensions, cleaning volume, available workspace, and application requirements.
Standard Configuration Options Include:
Tank Capacity Options
Multiple ultrasonic cleaner tank sizes are available to accommodate different parts and cleaning volumes, including automotive components, mechanical parts, tools, molds, metal assemblies, and other industrial components. Larger tanks provide additional cleaning space for oversized parts and higher-volume industrial parts cleaning applications.
Ultrasonic Frequency Options
SIWEEP industrial ultrasonic cleaners are available in two common frequency configurations to support different cleaning requirements:
- 28kHz – Provides stronger cavitation and is well suited for larger industrial parts, heavy grease, oil, carbon deposits, and other stubborn contaminants.
- 40kHz – Provides balanced ultrasonic cleaning performance for general-purpose parts cleaning, metal components, tools, and applications requiring more controlled cavitation.
Heating & Digital Control System
Models feature adjustable heating up to 80°C / 176°F and digital controls for cleaning time and temperature. These settings allow users to optimize the ultrasonic cleaning process based on the part material, contamination level, cleaning solution, and application requirements.
Ultrasonic Power & System Configuration
Ultrasonic power is matched to the tank size and cleaning requirements to provide effective cavitation throughout the cleaning solution. The system configuration can be selected according to part dimensions, contamination levels, cleaning volume, and required cleaning performance.
Custom Cleaning Solutions
SIWEEP can support different industrial ultrasonic cleaning equipment configurations based on tank size, ultrasonic frequency, power requirements, and accessories. Contact SIWEEP to discuss custom requirements for automotive, manufacturing, maintenance, and other professional cleaning applications.
| Tank Capacity | Typical Applications |
|---|---|
| 37.5L–61.3L | Workshops, automotive parts, tools, and smaller industrial components |
| 88L–135L | Manufacturing parts, machine components, molds, and medium-sized assemblies |
| 175L–264L | Larger automotive parts, industrial components, tooling, and heavy-duty parts cleaning |
| 360L | Large industrial components and high-volume or oversized parts cleaning |
🔹How to Use the Industrial Ultrasonic Cleaner
Using a SIWEEP Industrial Ultrasonic Cleaner is a simple and efficient way to perform consistent industrial parts cleaning. Follow the steps below to prepare the cleaning solution, load parts, set the cleaning parameters, and complete each cleaning cycle safely and effectively.
- 1. Prepare the Ultrasonic Cleaning Solution
Fill the ultrasonic cleaning tank with an appropriate cleaning solution according to the type of parts and contaminants being removed. For industrial parts cleaning, use water with a compatible ultrasonic cleaning detergent formulated for oil, grease, carbon deposits, dirt, and other residues. Always follow the cleaning solution manufacturer’s recommended concentration and operating instructions. - 2. Degas the Cleaning Solution
Before cleaning parts, allow the fresh cleaning solution to run through an ultrasonic cycle without a load to remove dissolved air from the liquid. Properly degassed cleaning solution can help improve cavitation and provide more consistent ultrasonic cleaning performance, especially when using a fresh solution. - 3. Load Parts into the Cleaning Basket
Place the parts securely inside the stainless steel cleaning basket without overloading it. Arrange components so that the cleaning solution can circulate freely around the surfaces. Do not place parts directly on the bottom of the ultrasonic cleaning tank, as direct contact can interfere with ultrasonic energy and may damage the tank or components. - 4. Set Cleaning Time and Temperature
Use the digital control panel to set the ultrasonic cleaning time and temperature according to the part material, cleaning solution, and contamination level. SIWEEP models provide adjustable heating up to 80°C / 176°F, allowing users to optimize the cleaning process for different industrial parts and applications. - 5. Start the Ultrasonic Cleaning Cycle
Activate the ultrasonic function to generate cavitation throughout the cleaning solution. Microscopic cavitation bubbles help loosen and remove oil, grease, carbon deposits, dirt, and other contaminants from part surfaces, gaps, recesses, and complex geometries. The required cleaning time depends on the type and level of contamination. - 6. Keep the Lid Closed During Operation
Keep the stainless steel lid closed while the ultrasonic cleaner is operating. The lid can help reduce operating noise and limit evaporation of the cleaning solution while helping maintain the desired solution temperature during the cleaning cycle. - 7. Remove and Rinse the Cleaned Parts
When the ultrasonic cleaning cycle is complete, stop the equipment and carefully remove the cleaning basket. Rinse the cleaned parts when necessary to remove residual cleaning solution and loosened contaminants. Dry the components using a suitable method, such as air drying or compressed air, based on the part material and application. - 8. Drain and Maintain the Ultrasonic Cleaning Tank
Drain the used cleaning solution through the built-in drainage valve when the solution becomes contaminated or when cleaning is complete. Clean the stainless steel tank regularly and remove accumulated debris to maintain consistent ultrasonic cleaning performance and help extend equipment service life. Follow the cleaning solution manufacturer’s recommendations for handling, replacement, and disposal of used solution.
Tip: Cleaning performance depends on factors including ultrasonic frequency, cleaning power, solution type and concentration, temperature, cleaning time, and the type of contamination. Start with appropriate operating parameters and adjust the ultrasonic cleaning process based on actual cleaning results and the requirements of the parts being cleaned.
🔹Tips for Best Cleaning Results
Follow these practical tips to maximize the cleaning performance and service life of your SIWEEP Industrial Ultrasonic Cleaner.
- Choose the Right Ultrasonic Cleaning Solution
Selecting the appropriate ultrasonic cleaning solution is essential for effective parts cleaning. Choose a detergent based on the material of the parts and the type of contamination. Alkaline cleaners are commonly used for removing oil, grease, and carbon deposits, while specialized cleaning solutions may be suitable for oxidation, mineral deposits, or other specific contaminants. Always follow the cleaning solution manufacturer’s recommended concentration and usage instructions. - Keep the Cleaning Solution Clean
Contaminated or heavily used cleaning fluid can reduce cleaning effectiveness and interfere with consistent cavitation. Replace the solution when it becomes excessively dirty, or use an appropriate filtration system where applicable. Maintaining clean cleaning fluid helps provide more consistent ultrasonic cleaning performance and reduces the transfer of contaminants between parts. - Avoid Overloading the Cleaning Basket
Do not overcrowd the cleaning basket. Leave enough space between components so the cleaning solution can circulate freely around all surfaces. Proper loading helps ultrasonic energy reach different areas of the parts and is especially important when cleaning components with complex shapes, narrow gaps, or internal cavities. - Select the Proper Ultrasonic Frequency
Different ultrasonic frequencies produce different cavitation characteristics. Lower frequencies such as 28kHz generally provide stronger cavitation and are well suited for larger industrial parts, heavy grease, oil, and stubborn contaminants. 40kHz provides a more balanced cleaning action and is suitable for general-purpose industrial parts cleaning and applications involving smaller or more detailed components. - Use Appropriate Cleaning Time and Temperature
Cleaning time and temperature should be selected according to the part material, contamination level, cleaning solution, and required cleaning results. Higher temperatures can improve the cleaning action of some detergents, but excessive heat may not be suitable for every material or cleaning solution. Start with appropriate settings and adjust the ultrasonic cleaning process based on actual cleaning results. - Follow Safe Cleaning Practices
Use cleaning solutions specifically suitable for ultrasonic cleaning equipment. Avoid flammable liquids such as gasoline, alcohol-based solvents, or other hazardous chemicals, particularly when using heated ultrasonic cleaning equipment. Always follow the equipment manufacturer’s instructions and the cleaning solution manufacturer’s safety and handling requirements. - Maintain the Ultrasonic Cleaner Regularly
Regular maintenance helps keep the ultrasonic cleaning tank, basket, drainage system, and controls in good operating condition. Remove debris and residue from the tank, replace contaminated cleaning solution when necessary, and inspect the equipment periodically. Proper maintenance can help maintain consistent cleaning performance and extend the service life of the equipment.
🔹What’s Included in the Package?
The SIWEEP Industrial Ultrasonic Cleaner package includes the essential equipment and accessories needed for setup, operation, and routine industrial parts cleaning.
- 1 × SIWEEP Industrial Single Tank Ultrasonic Cleaner
Professional industrial ultrasonic cleaning machine with the selected tank capacity, ultrasonic frequency, heating, and digital control configuration. - 1 × Heavy-Duty Stainless Steel Cleaning Basket
Durable stainless steel basket designed for convenient loading, handling, and removal of automotive parts, metal components, tools, and other items being cleaned. - 1 × Stainless Steel Soundproof Lid
Stainless steel lid designed to help reduce operating noise and limit cleaning solution evaporation during the ultrasonic cleaning cycle. - 1 × Industrial Ultrasonic Generator System
High-performance ultrasonic generator designed to provide stable ultrasonic power and consistent cavitation for reliable parts cleaning. - 1 × Power Cord
Power connection supplied according to the selected equipment configuration and applicable regional electrical requirements. - 1 × Professional User Manual
Includes essential information for equipment setup, operation, cleaning procedures, safety precautions, and routine maintenance.
Note: Package contents may vary depending on the selected model, tank capacity, electrical configuration, and accessories. Please refer to the specific product configuration or contact SIWEEP for details.
🔹Why Choose SIWEEP Industrial Ultrasonic Cleaner?
Choosing a SIWEEP Industrial Ultrasonic Cleaner means investing in reliable cleaning performance, durable construction, and flexible configurations designed for demanding industrial parts cleaning applications.
- Professional Industrial Cleaning Design
Designed for automotive, manufacturing, maintenance, machine shops, and professional workshops, SIWEEP provides reliable ultrasonic parts cleaning for metal components, tools, molds, automotive parts, and other industrial equipment. - Multiple Tank Capacity Options
Available from 37.5L to 360L, SIWEEP offers different tank sizes to accommodate various part dimensions, cleaning volumes, and workspace requirements. Larger configurations provide additional capacity for large parts cleaning and higher-volume applications. - 28kHz & 40kHz Frequency Options
Choose the appropriate ultrasonic frequency for your application. 28kHz provides stronger cavitation for larger parts, heavy grease, oil, and stubborn contaminants, while 40kHz offers balanced cleaning performance for general industrial parts and more detailed components. - Durable SUS304 Stainless Steel Construction
Built with a durable SUS304 stainless steel cleaning tank, the system is designed for reliable long-term operation in demanding industrial cleaning environments. - Powerful Ultrasonic Parts Cleaning
The ultrasonic system generates cavitation throughout the cleaning solution to help remove oil, grease, carbon deposits, dirt, and other contaminants from surfaces, gaps, recesses, and complex geometries. This makes the equipment suitable as a heavy-duty ultrasonic parts cleaner for demanding cleaning applications. - Digital Time & Temperature Control
The digital control system allows convenient adjustment of cleaning time and temperature, helping users establish consistent and repeatable ultrasonic cleaning processes for different parts and contamination levels. - Heating up to 80°C / 176°F
Adjustable heating supports different cleaning solutions and contamination conditions, allowing users to optimize the ultrasonic cleaning process according to their specific application requirements. - Reliable Industrial Cleaning Equipment
Designed as a professional industrial ultrasonic cleaning machine, the SIWEEP system combines ultrasonic cleaning, controlled heating, stainless steel construction, and flexible configurations in one practical solution for industrial parts cleaning. - U.S. Customer Support
SIWEEP provides product support and assistance for customers purchasing industrial ultrasonic cleaning equipment in the United States, including product selection, operation guidance, troubleshooting, and after-sales support.
🔹Frequently Asked Questions
Q1: What is the difference between 28kHz and 40kHz ultrasonic cleaning?
A: The main difference is the cleaning characteristics produced by each frequency. 28kHz generates stronger cavitation and is generally suitable for larger industrial parts, heavy grease, oil, carbon deposits, and other stubborn contaminants. 40kHz provides a more balanced cleaning action and is commonly used for general-purpose industrial parts cleaning, smaller components, and applications requiring more controlled cavitation.
Q2: What size industrial ultrasonic cleaner should I choose?
A: Choose an ultrasonic cleaning machine with a tank large enough to accommodate your parts and cleaning basket while allowing sufficient space for the cleaning solution to circulate. Consider the dimensions and weight of the parts, required cleaning volume, basket size, available workspace, and expected workload. For larger components or higher-volume industrial parts cleaning, a large-capacity ultrasonic cleaner may be more suitable.
Q3: Can I use an industrial ultrasonic cleaner for automotive parts?
A: Yes. SIWEEP industrial ultrasonic cleaners are suitable for many compatible automotive components, including engine parts, valves, injectors, mechanical components, metal parts, and other equipment used in automotive maintenance. Ultrasonic cavitation can help remove oil, grease, carbon deposits, dirt, and other contaminants from complex surfaces and hard-to-reach areas.
Q4: How hot can the cleaning solution get?
A: SIWEEP Industrial Ultrasonic Cleaner models support temperature settings up to 80°C / 176°F, depending on the specific configuration. The appropriate temperature depends on the cleaning solution, part material, contamination, and application. Always follow the cleaning solution manufacturer’s recommended operating temperature.
Q5: How long should I run an ultrasonic cleaning cycle?
A: Cleaning time depends on the type and amount of contamination, part material, cleaning solution, temperature, ultrasonic frequency, and cleaning power. Many industrial cleaning applications may require approximately 5–30 minutes, while heavily contaminated parts may require additional time or repeated cleaning cycles. Start with a shorter cycle and adjust the cleaning time based on the actual results.
Q6: Can I use flammable solvents in an ultrasonic cleaner?
A: No. Do not use gasoline, alcohol, or other flammable or low-flash-point liquids in the ultrasonic tank, particularly when the equipment has a heating function. Use an appropriate water-based ultrasonic cleaning solution designed for ultrasonic cleaning equipment. The cleaning solution should also be compatible with the materials being cleaned and the stainless steel tank.
Q7: How do I choose the right ultrasonic frequency for parts cleaning?
A: Select the frequency based on the contamination, part geometry, and cleaning requirements. 28kHz is generally suitable for heavy-duty ultrasonic parts cleaning, including larger metal parts, heavy grease, oil, and carbon deposits. 40kHz provides more balanced cleaning for general industrial parts, tools, and components with more detailed surfaces. For more delicate or precision applications, higher frequencies may be appropriate depending on the equipment and material.
Q8: Can SIWEEP industrial ultrasonic cleaners run continuously?
A: SIWEEP industrial ultrasonic cleaning machines are designed for professional workshop and industrial environments. Actual operating cycles depend on the cleaning application, workload, cleaning solution, temperature settings, and equipment configuration. For extended or high-volume operation, follow the recommended operating procedures and maintenance requirements for the specific model.
Q9: Do I need to use a cleaning solution with an ultrasonic parts cleaner?
A: An appropriate ultrasonic cleaning solution is recommended for most industrial parts cleaning applications. Water alone may remove some light contaminants, but a compatible detergent can improve the removal of oil, grease, carbon deposits, and other contaminants. Select the solution based on the part material and type of contamination, and follow the detergent manufacturer’s recommended concentration.
Q10: Can ultrasonic cleaning reach small gaps and complex parts?
A: Yes. One of the main advantages of an ultrasonic parts cleaner is its ability to clean difficult-to-reach areas such as gaps, recesses, cavities, and internal passages that may be difficult to clean manually. The effectiveness depends on the part geometry, ultrasonic frequency, cleaning solution, loading arrangement, and other operating parameters.
For detailed operating instructions and technical information, please refer to the Single Tank Ultrasonic Cleaner User Manual.
Need a Custom Solution?
If you require a customized solution to meet your specific application, size, power, frequency, or other technical requirements, please feel free to contact us at [email protected]. Our team will be happy to discuss your requirements and provide a suitable solution.
j***y (verified owner) –
Solid piece of equipment. We’ve been running this 264L tank in our shop for a few weeks now, and it handles heavy parts easily without breaking a sweat. The tank size is generous, the build quality is sturdy stainless steel, and the cleaning action gets into corners that manual scrubbing always misses. Controls are straightforward and reliable. Decent delivery time and well-packaged. Does the job exactly as advertised.