17kHz Laboratory Ultrasonic Bath, Functions: Mute, Sweep, Pulse, Degas, Adjustable Power

Product Features:

• 80 Watts @ 17kHz For Every Transducer
• Generous 3.2L – 30L Tank Capacity
• 1 – 9999s Digital Time Setting
• Heating Function Room Temperature – 80℃ Range
• Hignlights: Noise Reduction Design, Sweep Frequency, Pulse, Degas, Adjustable Power, Digital Control
• Robust  stainless steel construction: SUS304 Tank, SUS304 Housing, Drain Valve
• Secure Wire Cleaning Mesh Basket
• Logo/Pattern Silk screen printing, Laser Printing, UV printing, PVC, Operating Panel English Language, Other
• Yunyisonic ultrasonic cleaner meets CE + RoHS + FCC (“Limit the use of certain hazardous substances”) standards and comes with a 1-year “Free Parts” warranty

Box Contents:

1 x Professional Ultrasonic Cleaner
1 x Durable Mesh Cleaning Basket
One cover, one power cord, one manual warranty card certificate of conformity.

Packing type:

One unit filled with thick foam, then standard export corrugated carton or wooden box.

More Unit

17kHz Series

Ultrasonic Cleaning Objects — What 17kHz Really Excels At

Ultrasonic cleaning at 17kHz is all about brute cavitation power — delivering strong, deep-penetrating ultrasonic waves that target thick contamination layers, complex geometries, and highly adherent substances. Unlike higher frequencies (40kHz and above), which focus on finesse and microbubble uniformity, 17kHz is built for bulk removal — where mechanical scrubbing isn’t feasible or may damage the parts.

Here are 8 typical cleaning targets and application scenarios where 17kHz stands out as the most suitable solution:

1. Heavily Greased Mechanical Parts
Thick layers of grease and old lubricants accumulate on automotive components like engine blocks, gearbox casings, turbochargers, and cylinder heads. 17kHz ultrasonic cleaners can dislodge and emulsify these residues efficiently — even in recessed cavities and threaded zones.

Typical contaminants: hardened oil films, grease, burnt lubricants
Target objects: engine components, gear shafts, diesel valves

2. Soil and Sediment Removal in Environmental Labs
For labs involved in soil sampling, remediation testing, or wastewater particle analysis, 17kHz cleaners are highly effective in detaching compacted soil, sand grains, or organic debris from filters, beakers, or sampling probes — without damaging delicate lab containers.

Typical contaminants: clay, silt, biowaste, trace oil
Target objects: soil probes, quartz cuvettes, filter screens

3. Descaling and Rust Removal from Steel Parts
Lower frequencies offer the mechanical power needed to break off corrosion flakes, lime scale, and mineral encrustations from steel and iron components — especially in applications involving exposure to high humidity, seawater, or industrial chemicals.

Typical contaminants: rust, calcium buildup, scale
Target objects: pipe fittings, flanges, pump heads

4. Algae Removal from Glassware and Filters
In marine biology labs or water testing environments, biofilms and algae grow quickly and are hard to scrub off manually. The deep cavitation of 17kHz can disrupt the biofilm matrix, disintegrating attached algae and contaminants at the root.

Typical contaminants: algae, slime, microbial film
Target objects: aquarium sensors, water tanks, filtration membranes

5. Industrial Tool Maintenance
Used tools — especially those from machine shops or foundries — often carry metal shavings, oil crust, and polishing wax. A 17kHz ultrasonic bath dissolves these layers, restoring tools like cutting heads, drill bits, and dies for reuse or inspection.

Typical contaminants: machining debris, hardened wax, coolants
Target objects: CNC tool parts, press molds, drill sets

6. Cleaning Large Surface Metal Plates and Grates
Thanks to the wide pressure range of 17kHz waves, even large flat objects like stainless steel trays, stamping plates, and sieves can be cleaned uniformly without dead zones — especially useful in pharmaceutical or food processing lines.

Typical contaminants: food residue, coagulated proteins, oil layers
Target objects: grates, trays, mesh screens

7. Marine and Ship Component Cleaning
Marine-grade parts exposed to salt water often develop barnacles, scale, and oxidation patches. 17kHz cleaners, when used with anti-rust solutions, provide a non-abrasive yet forceful way to restore surface integrity.

Typical contaminants: sea salt, biofouling, corrosion
Target objects: propeller blades, seawater filters, fuel nozzles

8. Decontaminating Reusable PPE or Rubber Gear
In environmental, chemical, or waste management facilities, rubber boots, gloves, and respiratory masks may carry toxic grime. Submerging them in a 17kHz ultrasonic tank loosens embedded substances for safer reuse.

Typical contaminants: chemical splashes, oils, lab dust
Target objects: rubber suits, gloves, boots

Technical Description

• Industrial ultrasonic bath: large-capacity or heavy-duty cleaner for industrial use (suitable for manufacturing or automotive applications).
• Reliable precision cleaning system: High-performance cleaning for intricate or sensitive parts.
• OEM/ODM China supplier: Original equipment manufacturer in China offering customizable ultrasonic cleaners.
• Stainless steel SUS304 tank: Emphasizes durable 304-grade stainless steel construction of the cleaning tank.
• Noise Reduction:
  – Double-layer sound insulation structure (sound-damping foam + precision circuits)
  – Operates <80dB for 68kHz+, ideal for quiet lab environments
• Degas function: Feature that removes dissolved air from the cleaning solution for improved cavitation efficiency (prevents air bubbles from hindering cleaning).
• Sweep frequency technology: Feature that continuously modulates the ultrasonic frequency to eliminate standing waves and ensure uniform cleaning, avoiding damage from resonance.
• Pulse mode: High-power burst setting that delivers intensified cavitation for short periods to dislodge especially stubborn contaminants.
• Digital timer & temperature control: Indicates the cleaner has a programmable timer and heating element with digital controls for precise operation (e.g. adjustable cleaning time, thermostat settings).
• Multiple-frequency option: Some systems offer switchable or dual frequencies (e.g. 28 kHz & 68 kHz in one unit) to adapt to different cleaning tasks, a selling point for versatile usage.
• CE/FCC certified equipment: Compliance with safety and quality standards.

Recommended Frequency by Object/Contaminant (Frequency Guidance)

• 25–28 kHz (Low frequency): Strong cavitation for heavy-duty cleaning of robust metal parts with tenacious contaminants (e.g. engine blocks, injection molds).
• 40 kHz (Standard frequency): General-purpose cleaning for a wide range of materials and common contamination (the most widely used ultrasonic frequency for labware, tools, and general metal parts).
• 68–80 kHz (Higher frequency): Finer cleaning for delicate or complex items – smaller cavitation bubbles penetrate intricate crevices and blind holes (ideal for precision optics, small jewelry, and parts with complex geometry).
• 120 kHz (Ultrasonic/Megasonic): Ultra-fine cleaning for highly sensitive components – gentle cavitation used in microelectronics and precision optics to remove microscopic particles and dust without damage.
• Dual-frequency systems: e.g. 40/80 kHz switchable – offer versatility to handle both coarse and fine cleaning needs in one machine.

Note: High-frequency megasonic cleaners (>120 kHz) are often used for semiconductor wafers and final rinsing of ultra-delicate parts.