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Electrical Ceramics
  • Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts
  • Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts
  • Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts
  • Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts
  • Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts
  • Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts
Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts

Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts

  • 1 - 99999 Pieces
    $0.40
  • >= 100000 Pieces
    $0.28
View product details

Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Ultrasonic Atomization: Generates high-frequency vibrations to convert liquid into fine mist, ideal for nebulization in healthcare, beauty, and industrial applications.
  • Piezoelectric Energy Conversion: Converts mechanical energy (vibrations) into electrical energy and vice versa, enabling efficient energy harvesting and precise actuation.

Key features

  • 1. Material Technology

    • With piezoelectric ceramic material, achieve efficient energy conversion between mechanical and electrical energy, outperforming conventional transducers*.

  • 2. Interactive Design

    • With standardized wiring (red/black) and a compact circular design, ensure seamless integration into devices like nebulizers and sensors, reducing installation complexity by up to 40%*.

  • 3. Performance Parameters

    • With high-frequency vibration capabilities (up to 1.7 MHz), produce ultra-fine mist particles (1-5 microns) for medical nebulizers, 50% finer than standard models*.

  • 4. Scenario Solutions

    • Designed for continuous operation in medical and industrial applications, ensuring reliability in environments requiring precise energy conversion, such as healthcare settings or IoT sensors.

  • 5. Certification Standards

    • Constructed with medical-grade ceramic materials, meeting ISO 13485 compliance for healthcare applications, ensuring safety and durability in critical use cases.

Product details

Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts

The Ultrasonic Atomizer Transducer Ultrasonic Nebulizer Parts are precision-engineered piezoelectric ceramics designed for efficient energy conversion in applications like medical nebulizers, sensors, and industrial actuators. Crafted from high-performance ceramic materials, these transducers offer reliable performance, compact design, and customizable configurations to meet diverse application needs.

Technical specifications

FeatureSpecificationBenefit
MaterialCeramic (piezoelectric ceramics)Ensures durability and high-frequency stability
Dimensions10–15 mm diameterCompact size for integration into small devices
Wiring Configuration2-color wires (red/black)Clear polarity identification for easy assembly
Piezoelectric FunctionConverts mechanical/electrical energyEnables energy harvesting and precise actuation
Central Hole DesignCentralized piezoelectric coreMaximizes energy conversion efficiency

Customization guide

Adjustable parameters include:

  • Material composition (e.g., ceramic type) to optimize for frequency or thermal resistance
  • Size/diameter to fit specific device requirements
  • Wire length/color coding for tailored integration

Get inspired

Ideal for applications requiring precise energy conversion, such as:

  • Medical nebulizers for efficient drug delivery
  • Industrial sensors for vibration monitoring
  • IoT devices for energy harvesting in low-power systems

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Frequency Range (MHz)1.6–2.4+15% (1.8–2.8)+30% (2.0–3.1)*
Power Output (W)5Enhanced (6.5)Premium (8)
Efficiency60%+15% (69%)+30% (78%)

Supplier's note

  1. Key Technical Breakthroughs:

    • Ceramic Material: Triple the thermal stability of traditional polymers, enabling operation in extreme environments.
    • Central Hole Design: Reduces energy loss by 25%, improving conversion efficiency.
    • Customizable Wiring: Enables seamless integration into compact devices like wearable health monitors.

  2. Optimal Version Selection:

    • Base Model: Ideal for basic home nebulizers or low-power sensors where cost-efficiency is prioritized.
    • Advanced Model: Best for medical devices requiring higher output (e.g., pediatric nebulizers) or industrial sensors in dynamic environments.
    • Pro Model: Designed for high-performance applications like industrial actuators or energy-harvesting systems, where 78% efficiency and 30% higher frequency range ensure superior reliability.

Example use case: The Pro model’s 3.1 MHz frequency range enables ultra-fine mist generation in high-volume nebulizers, while its 78% efficiency reduces energy consumption by 20% compared to industry benchmarks.

Frequently asked questions

  • Which ultrasonic atomizer transducer model is best suited for medical nebulizers?

  • How do I clean and maintain ultrasonic nebulizer transducers?

  • Why choose ceramic over other materials for ultrasonic transducers?

  • Can I customize the wire length or size of the ultrasonic transducer?

  • Is the ceramic material in these transducers FDA-approved for medical use?

  • What are the key differences between ultrasonic and traditional nebulizer transducers?

  • Are these transducers suitable for non-medical applications like humidifiers?

  • How do I ensure proper installation of the red and black wires?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard Quartz CrystalHigh-precision timing devices, medical gearFrequency Stability ±0.01% (IEEE 1789), 1.6MHz operational (ASTM E1065)High stability, low power consumptionFragile, limited power output
Our Base PiezoelectricConsumer nebulizers, basic sensors2.0MHz (▲25% vs Industry), 1500V/mm dielectric (IEC 60384-14)Higher power density, durable ceramic buildSlightly higher cost than polymer variants
Our Advanced PiezoelectricIndustrial nebulizers, high-power sensors2.4MHz (▲20% over Base), 2000V/mm (▲▲), 12mm diameter (ISO 284)Best-in-class power, customizable frequencyMost expensive tier
Polymer Piezoelectric (Competitor)Low-cost consumer devices1.8MHz, 1000V/mm (IEC 60384-14)Affordable, lightweightLower power density, less durable
Barium Titanate TransducerLow-frequency applications1.2MHz, 1800V/mmLower cost than PZT ceramicsLimited frequency range, less efficient
PVDF Polymer TransducerFlexible sensor applications1.5MHz, 50μm thickness (ASTM D5734)Flexible design, lightweightPoor power output for high-demand tasks

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