Ultrasonic cleaners with built-in heaters speed up cleaning, improve solvent action, and reduce manual scrubbing for jewelry, tools, dental appliances, and mechanical parts. Below is a concise comparison of selected models, followed by focused product overviews and a practical buying guide to help you choose the right ultrasonic cleaner with heater for your needs.
| Model | Capacity | Ultrasonic Power | Heater |
|---|---|---|---|
| CREWORKS 2L Professional Jewelry Cleaner | 2L | 60W | 100W |
| CREWORKS 10L Ultrasonic Cleaner | 10L | 240W | 300W |
| CREWORKS 30L Industrial Cleaner | 30L | 600W | 600W |
| VEVOR 6L Commercial Ultrasonic Cleaner | 6L | 180W | 200W |
| Industrial Grade 2.5L Ultrasonic Cleaner (H&B Luxuries) | 2.5L | 160W | Up To 149°F |
CREWORKS Professional Jewelry Cleaning Machine, 2L
This compact 2L ultrasonic cleaner combines a 60W ultrasonic generator with a 100W heater and a digital control panel. Designed for jewelry, glasses, retainers, and small lab items, it emphasizes easy operation and temperature control between 68 and 176 °F. The timer runs up to 30 minutes, and the unit is positioned as a solution for rust, tarnish, and stubborn grime in intricate areas. Its small footprint makes it suitable for home benches or small workshops.
CREWORKS 10L Ultrasonic Cleaner With Degas & Gentle Modes
The 10L CREWORKS model increases capacity and power for heavier-duty tasks. It provides 240W ultrasonic power and a 300W heater, with degas and gentle modes to tailor cavitation intensity. The degas mode improves cavitation for porous items, while the gentle mode halves output to protect delicate parts like circuit boards or fine jewelry. Control is via knobs and switches for quick adjustments during workshop or lab workflows.
CREWORKS 30L Ultrasonic Cleaner With Heater & Timer
This large 30L CREWORKS ultrasonic cleaner is built for automotive parts, machine tools, and larger assemblies. It features up to 600W ultrasonic power and a matching 600W heater, operating at 40kHz to generate strong cavitation for heavy contaminants such as carbon, grease, and rust. The control panel supports temperature settings from 70 to 175 °F and timers from 1 to 30 minutes. The model is intended for industrial or serious hobbyist use where larger baskets and deeper tanks are required.
VEVOR Commercial Ultrasonic Cleaner 6L With Digital Timer & Heater
VEVOR’s 6L cleaner uses 40kHz frequency, 180W ultrasonic power, and a 200W heater. It uses three 60W transducers arranged in a sandwich piezoelectric structure to optimize cleaning efficiency. Built from 304 stainless steel, the unit includes a basket sized for coins, rings, and small industrial parts. The design focuses on fast cavitation and even cleaning across the tank, suitable for watchmakers, dentists, and small parts shops.
Industrial Grade Ultrasonic Cleaner 2.5L With Heater (H&B Luxuries)
This 2.5L industrial-grade cleaner delivers 160W cleaning power at 35kHz and includes a heater capable of reaching 149 °F (65 °C). The elongated stainless tank accommodates longer dental instruments and tubes. The unit provides timer control up to 45 minutes and uses a strengthened transducer for consistent cavitation. A plastic ABS basket reduces impact risk for delicate items. The model is positioned for gun parts, dental tools, and jewelry requiring a narrow but long tank.
Buying Guide: How To Choose An Ultrasonic Cleaner With Heater
Selecting the right ultrasonic cleaner with a heater depends on intended use, item size, and material sensitivity. The following considerations provide multiple angles for comparison.
1. Capacity And Tank Dimensions
Match the tank volume and internal dimensions to the largest object you expect to clean. Small desktop units (1–3L) fit jewelry, eyewear, and dental appliances. Medium units (6–12L) suit watch parts, small automotive components, and electronics. Large industrial tanks (≥30L) handle machine parts and bulk cleaning.
2. Ultrasonic Power And Frequency
- Power (W): Higher wattage often produces stronger cavitation and faster cleaning for heavy soils. Consider 150–600W for industrial or degreasing tasks; 50–200W is often sufficient for jewelry and delicate items.
- Frequency (kHz): Lower frequencies (25–40kHz) create larger implosions that remove heavy deposits but can be aggressive on fragile items. Higher frequencies (40–80kHz) provide finer cleaning for delicate surfaces.
3. Heater Performance And Temperature Range
A heater speeds solvent action and dissolves grease. Look for a heater wattage proportional to tank size to reach and maintain the desired temperature quickly. Typical ranges are 70–175 °F for many models. For sensitive items, ensure the unit allows lower temperature or precise control.
4. Controls And Modes
Digital timers and temperature controls offer repeatable cycles. Specialized modes like degas remove dissolved gases to improve cavitation in new cleaning solutions. A gentle mode or variable power setting protects delicate items by reducing ultrasonic intensity.
5. Build Quality And Materials
304 stainless steel tanks resist corrosion and thermal cycling. Check for robust baskets, secure lids, and durable transducer mounting. Industrial use benefits from reinforced transducers and thicker tank walls to reduce flex and noise.
6. Basket, Lift, And Drain Features
A corrosion-resistant basket prevents direct contact between parts and the tank bottom, reducing abrasion. Drain ports and removable baskets simplify fluid changes and maintenance, especially for frequent or heavy-duty use.
7. Intended Cleanliness Level And Cleaning Media
Decide whether plain water suffices or if detergents, degreasers, or specialized solvents are required. Heaters enhance the effectiveness of detergents. Verify compatibility of cleaning solutions with tank materials and seals.
8. Application-Specific Considerations
- Jewelry & Watches: Prefer higher frequency or gentle modes to protect stones and plated surfaces.
- Dental & Medical Tools: Look for elongated tanks, long cycles, and reliable temperature control for instrument disinfection prep.
- Automotive & Industrial Parts: Require large tanks, high ultrasonic and heating power, and robust baskets to handle grease and carbon deposits.
- Electronics & PCBs: Use lower power or higher frequency with appropriate solvents and drying procedures to avoid damage.
9. Safety And Maintenance
Consider thermal cutoffs, secure lids, and stable placement features to manage hot liquids. Periodic maintenance includes tank cleaning, transducer inspection, and checking electrical connections. Follow manufacturer guidance for service intervals.
10. Noise, Duty Cycle, And Operating Environment
Ultrasonic units can produce audible noise and vibrations. For office or bench use, evaluate sound levels and place units on vibration-absorbing surfaces. Industrial units may require dedicated spaces and ventilation for heated solvents.
Comparison Perspectives
Compare models across multiple perspectives to ensure the best match for your workflow:
- Performance vs. Size: Higher performance in larger tanks is necessary for heavy soils; smaller tanks with focused power fit delicate or low-volume tasks.
- Precision vs. Aggressiveness: Choose frequency and power that balance cleaning speed with part safety.
- Cost of Ownership: Consider expected maintenance, replacement baskets, and detergent consumption when comparing long-term costs.
- Versatility: Models with degas/gentle modes and wide temperature ranges adapt to more applications.