Through-type ultrasonic cleaners utilize the high-frequency vibrations and acoustic energy of ultrasound to clean items. When the frequency of ultrasound reaches a certain range, it generates tiny bubbles in the cleaning solution. These bubbles rapidly expand and contract under the action of ultrasound, producing powerful impact forces that dislodge stains, oil, and impurities from the surface of the items. Additionally, the vibrations of ultrasound create a "massaging" effect, allowing the cleaning solution to better penetrate into the crevices of the items, enhancing the cleaning effectiveness.

Through-type ultrasonic cleaners are ideal cleaning equipment that can meet various industrial cleaning needs, providing efficient and environmentally friendly cleaning solutions.

Applications of Ultrasonic Cleaners

Automotive parts cleaning: Removing oil stains, dirt, etc., from automotive components to improve cleanliness and service life.

Optical lens cleaning: Eliminating fingerprints, dust, and other tiny particles from lenses to ensure optical performance.

Hardware stamping parts cleaning: Removing oil stains, rust, and residues from metal stampings to prepare for subsequent processing or assembly.

Electronics industry cleaning: Removing flux residues, dust, etc., from electronic components to ensure the performance and reliability of electronic devices.

Aviation industry cleaning: Cleaning aviation components, such as engine parts and aviation instruments, to ensure precision and safety.

Mechanical hardware cleaning: Removing cutting fluids, oil stains, and other contaminants from mechanical parts.

Watch and jewelry cleaning: Precisely cleaning watch components and jewelry accessories to remove dirt from hard-to-reach areas.

Silicon wafer cleaning: Removing tiny particles and organic contaminants from silicon wafers during semiconductor manufacturing.

Mold cleaning: Removing residual materials from molds to extend their service life and ensure product quality.

Spinneret filter element cleaning: Clearing blockages from filtration equipment to restore filtration efficiency.

Main Parameters

1. Frequency: ≥20KHz, which can be divided into low, medium, and high frequency ranges.

2. Cleaning medium: Chemical solvents or water-based cleaning agents, combining chemical action with the physical effects of ultrasonic cleaning for better results.

3. Power density: Power density = Transmitter power (W) / Transmitter area (cm2), typically ≥0.3W/cm2. The higher the power density of ultrasound, the stronger the cavitation effect, the faster the speed, and the better the cleaning results.

Materials Used in Ultrasonic Cleaners

Standard configuration includes 304/T2.0 inner tank and 201/T1.0 outer shell stainless steel plates. If the cleaning agent is corrosive, consult with sales before confirming the order to use more corrosion-resistant 316 plates.

After-Sales Service
One-year warranty from the date of shipment, with lifetime maintenance.