40/80/100kHz Triple-Frequency Lab Ultrasonic Bath, Functions: Mute, Sweep, Pulse, Degas, Adjustable Power

  1. 40kHz effectively removes flux, grease, and heavy contaminants from circuit boards and electronic parts.
  2. 80kHz and 100kHz gently and precisely clean optical lenses, delicate mechanical assemblies, and fine instruments.
  3. Robust stainless steel tank and advanced frequency modes ensure reliable, precise cleaning results.

 

SKU: YL40/80/100

Price range: $816.40 through $1,430.05piece

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  • Warranty 1 year
  • 30-Day returns

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    Description

    Product Features:

    • 50 Watts @ 40/80/100kHz Two Frequency For Every Transducer
    • Generous 4.5L – 30L Tank Capacity
    • 1 – 9999s Digital Time Setting
    • Heating Function Room Temperature – 80℃ Range
    • Multi Mode: 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-yearFree 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

    40/80/100kHz Triple-Frequency Lab Ultrasonic Bath, Functions: Mute, Sweep, Pulse, Degas, Adjustable Power

    40/80/100kHz Three Frequency Series

    Model Transducers (PCS) Capacity (L) Tank Size (LxWxH mm) Unit Size (LxWxH mm) Frequency (kHz) Ultrasonic Power (W) Heating Power (W) Temp.(℃) Timer (Min)
    YL0404-4080100 4 4.5 300x150x100 325x175x280 40/80/100 0-200 450 20-80 1–9999
    YL0406-4080100 4 6.5 300x150x150 325x175x330 40/80/100 0-200 450 20-80 1–9999
    YL0810-4080100 8 10 300x240x150 325x265x330 40/80/100 0-400 600 20-80 1–9999
    YL0814-4080100 8 14 300x240x200 325x265x380 40/80/100 0-400 600 20-80 1–9999
    YL1015-4080100 10 15 330x300x150 355x325x330 40/80/100 0-500 1000 20-80 1–9999
    YL1019-4080100 10 19 330x300x200 355x325x380 40/80/100 0-500 1000 20-80 1–9999
    YL1622-4080100 16 22 500x300x150 530x330x335 40/80/100 0-800 1000 20-80 1–9999
    YL1630-4080100 16 30 500x300x200 530x330x385 40/80/100 0-800 1000 20-80 1–9999

    Ultrasonic Cleaning Objects

    • Lab glassware: beakers, flasks, test tubes, pipettes, microscope slides (laboratory equipment often cleaned of chemical residues).
    • Electronic components: printed circuit boards (PCBs), microchips, soldered assemblies (requires gentle cleaning to remove flux and debris).
    • Automotive parts: engine blocks, carburetors, fuel injectors, valves (heavy grease and carbon deposits removed from metal components).
    • Medical & dental instruments: surgical tools, dental handpieces, forceps, endoscope parts (cleaning removes blood, tissue, and contaminants before sterilization).
    • Jewelry & watch components: rings, necklaces, bracelets, watch movements, gears (precious metal pieces cleaned of tarnish, oils, and dirt).
    • Optical items: camera lenses, eyeglasses, microscope optics, glass filters (delicate surfaces cleaned of fingerprints and dust).
    • Industrial hardware: molds, nozzles, bearings, firearm parts (machined metal parts with intricate crevices or carbon residue benefit from ultrasonic cleaning).

    Ultrasonic Removing Contaminant

    • Oil and grease: machine oil, lubricants, heavy grease deposits (common soils from engines and machinery).
    • Dust and dirt: particulate matter, soil, general grime (accumulates on equipment surfaces).
    • Fingerprints and oils: skin oils, smudges, light films (often found on lenses and precision parts).
    • Polishing compounds: buffing rouge, lapping paste, polishing wax (residues from finishing processes).
    • Rust and oxidation: corrosion, tarnish, oxide layers (metal parts with rust or oxidized film).
    • Carbon residues: soot, burnt carbon deposits (from combustion engines or firing residues).
    • Blood and biological stains: dried blood, tissue residue, biofilms (on medical and dental instruments).
    • Flux and solder residue: solder paste, flux char, ionic residues (left on PCBs after soldering).

    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.

    Ultrasonic Cleaner Application Industry

    • Research laboratory: University and industrial labs cleaning glassware and experiment apparatus (fast removal of residues from beakers, test tubes, etc. for next use).
    • Dental clinic: Cleaning of dental tools, drills, and molds – ensures instruments (burs, scalers, mirrors) are free of blood and debris before sterilization.
    • Medical facility (Hospital CSSD): Pre-sterilization cleaning of surgical instruments and endoscopic equipment – thorough removal of bioburden to meet medical hygiene standards.
    • Semiconductor fabrication: Cleanroom use for silicon wafers, masks, and precision parts – megasonic cleaners remove microscopic particles in chip manufacturing lines.
    • Watchmaker & jewelry workshop: Precision cleaning of watch movements, clock parts, and jewelry pieces – restores shine and removes polishing compounds from intricate items.
    • Aerospace maintenance: Overhaul shops for aerospace/aviation parts – ultrasonic baths clean turbine components, fuel system parts, and hydraulic valves of oils, carbon, and contaminants.
    • Automotive repair garage: Service centers using ultrasonic parts washers for carburetors, fuel injectors, and engine components – quick removal of grease, varnish, and carbon buildup to improve performance

    YL series Ultrasonic Cleaner Highlights

    Brand: Yunyisonic

    Frequency Range: Available in single/dual/triple/quad-frequency versions
    e.g. 40kHz / 68kHz / 80kHz / 120kHz / 200kHz / 40-68kHz / 40-80-100kHz / 25-50-80-120kHz

    Ultrasonic Power: Adjustable from 0–100% via digital control

    Heating Power: Stable PID-controlled heating up to 80°C

    Power Supply: AC 100–120V / 220–240V, 50/60Hz

    Timer Range: 1–9999 seconds (programmable)

    Tank Material: SUS304 / SUS316L stainless steel, corrosion resistant

    Construction: Full steel chassis, lab-grade durability

    Noise Reduction:
    – Double-layer sound insulation structure (sound-damping foam + precision circuits)
    – Operates <80dB for 68kHz+, ideal for quiet lab environments

    Control System:
    – Digital panel with LED display
    – Adjustable temperature, power, timer, and frequency (in applicable models)

    Functional Modes (standard for all lab models):
    – Degas Mode: Intermittent cycle (5s on / 5s off) to efficiently remove dissolved gases from liquid
    – Sweep Mode: ±1kHz frequency modulation to eliminate standing waves and ensure uniform cavitation
    – Pulse Mode: Cyclic burst of max power (0–100%) to enhance cleaning of stubborn residues

    Typical Cleaning Applications:
    → Beakers, pipettes, watch parts, PCBs, nozzles, syringes, fine surgical tools
    → Supports high-precision cleaning of blind holes, slits, deep cavities, and optical parts

    Optional Functions / Add-ons:
    – Multi-language interface / Liquid level sensor / Basket / Lid / Drain valve
    – Custom tank size or power on request (OEM available)

    Yunyisonic YL Series Support & FAQ

    Precision cleaning is defined by Miniaturization (e.g., wafers, chips, micro-blind holes < 0.1mm) and Low Particle Residue (invisible to the naked eye).

    Yunyisonic YL Series Recommendations:
    200kHz: Dedicated for semiconductor wafers, silicon, and chips.
    80kHz / 120kHz: Ideal for micro/nano blind holes, high-end optical lenses, and sensitive electronic components.

    Higher frequencies produce smaller, denser cavitation bubbles with high penetration, ensuring cleaning without damaging fragile structures.

    Based on our YL Series switchable configurations (Single/Dual/Triple/Quad), we recommend:

    ProcessRecommended FrequencyApplication Context
    Dispersion17-28kHz / 40kHz / 120kHz17-28k for large solids; 40k for powders; 120k for micron/nano particles.
    Emulsification28kHz / 40kHz28kHz is preferred for higher shearing force.
    Extraction40kHz / 120kHz120kHz is standard for intracellular substance extraction.
    Mixing/Catalysis40kHz / 120kHz40kHz for routine; 120kHz for micro-particle homogenization.
    Synthesis80kHz / 120kHzUsed for molecular aggregation and new material synthesis.
    Environmental20kHzUnified recommendation for sewage, sludge, and algae treatment.

    💡 Pro Tip: For dispersion, always identify if your particles are solid chunks, powders, or nano-scale before choosing.

    We use high-grade stainless steel with different specifications based on the frequency to ensure durability and cavitation resistance:

    Frequency RangeInner Tank (SUS304)Outer ShellProcess Details
    28kHz - 200kHz 1.5 mm Thickness SUS304 (1.0 mm) Precision industrial grade.
    25kHz 2.0 mm Thickness SUS201 (1.0 mm) Thickened tank; Manual oxy-acetylene welding.
    17kHz & 20kHz 3.0 mm Thickness SUS201 (1.0 mm) Ultra-thickened tank; Manual oxy-acetylene welding.

    The Manual oxy-acetylene welding process is specifically used for low-frequency units to withstand the intense cavitation energy generated by high-power transducers.

    Our YL Series is equipped with advanced functions to enhance experimental accuracy:

    • Sweep Mode: Automatically sweeps ±1kHz around the main frequency to eliminate standing waves and ensure every transducer operates at peak efficiency.
    • Degas Mode: Uses pulse intervals (e.g., 5s on/off) to remove dissolved air and chlorine from reagents, crucial for HPLC and lab preparations.
    • Pulse Mode: Cycles power from 100% to 0% repeatedly, creating a "blasting" effect to remove tough or baked-on residues.

    The difference lies in the Full-Bridge Separately Excited PCB vs. cheap self-excited boards:

    1. Visualized Data: Our interface shows real-time Power, Frequency, and Current—essential for recording experimental data.
    2. High Power Density: We maintain a standard ≥ 0.3W/cm². Power Density = Output Power (W) / Radiation Area (cm²)
    3. Low-Noise Design: Advanced acoustic insulation keeps 68kHz+ units under 80dB, compared to 110dB+ in standard models.
    4. Reliability: Industrial-grade components ensure a near-zero failure rate even under heavy lab workloads.

    Beaker Matching:
    • Beaker ≤ 500mL → 3.2L to 6.5L Tank.
    • Beaker ≥ 800mL → 10L to 30L Tank (10L is the most popular choice for lab efficiency).

    Temperature Management:
    Ultrasonic vibration naturally generates heat. While our YL series supports up to 80°C, cavitation effectiveness drops significantly above 80°C. Industry leaders like Branson and Elma also stop activity above 72°C for this reason. To maintain low temperatures, we recommend using ice packs or a cooling condensation system.

    If the specific model is currently out of stock, the standard production lead times are as follows:

    • 28kHz - 200kHz (Single, Dual, Triple, or Quad frequency): 3 - 5 business days for shipping.
    • Low Frequency (17kHz, 20kHz, and 25kHz): 14 - 20 business days for shipping.

    *Note: Lead times may vary slightly based on customization requirements (e.g., 485 ports or PLC integration). Please contact us for the most accurate shipping schedule.

    Frequency determines the wavelength and the intensity of bubble collapse:

    Wavelength (λ) = 1,450,000 (mm/s) / Frequency (Hz)
    • 20kHz (λ ≈ 72.5mm): Large bubbles, brute force. Best for heavy rust/oil. Feel: Strong vibration.
    • 40kHz (λ ≈ 36.2mm): Universal frequency. Best for general labware. Feel: Gentle tingling.
    • 120kHz (λ ≈ 12.0mm): Micro bubbles, high penetration. Best for nano-scale work. Feel: Deep vibration felt in the bone.

    Specification

    Product Specifications

    Capacity
    Frequency
    Power
    Timer1-9999s
    HeaterRT~80°C
    Tank MaterialSUS304 Stainless Steel, T2.0mm
    Housing MaterialSUS304 Stainless Steel
    VoltageAC 110V 60Hz;AC 220V 50Hz
    Plug TypeAU Plug, EU Plug, Other Plugs, UK Plug, US Plug
    CertificatesCE, FCC, ROHS
    Warranty1 Year
    Customization485 Port, Frequency, PLC System, Tanks Numbers
    Assisted SystemsYunyisonic Laboratory Multi-Function Ultrasonic Cleaning System for Assisted Extraction Emulsification Homogening Dispersion Separation Mixing Defoaming Dissolution Washing
    Function
    BrandYunyisonic
    ManufacturerYunyisonic Shenzhen Co., Ltd.
    OriginShenzhen City, China

    Packaging

    Volumetric WeightN/A
    Package DimensionsN/A

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