Multi-tank Industrial Ultrasonic Cleaner

Multi-tank Industrial Ultrasonic Cleaner

For applications requiring the highest level of surface purity—such as medical devices, aerospace components, or precision electronics—the multi-tank industrial ultrasonic cleaner offers a comprehensive solution through its multi-stage cleaning process.
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Technical Parameters

Multi-tank Industrial Ultrasonic Cleaner: Multi-Stage Purification for Superior Cleanliness

 

For applications requiring the highest level of surface purity-such as medical devices, aerospace components, or precision electronics-the multi-tank industrial ultrasonic cleaner offers a comprehensive solution through its multi-stage cleaning process. Unlike single-tank cleaners that rely on a single cleaning step, this equipment features multiple interconnected tanks, each designed to perform a specific function-from initial cleaning and rinsing to drying and final purification. This sequential approach ensures that workpieces are progressively cleaned of contaminants, resulting in superior surface quality that meets the most stringent industry standards.

 

The multi-stage design of the multi-tank industrial ultrasonic cleaner is what sets it apart, as each tank is optimized for a specific phase of the cleaning process. The first tank typically contains a specialized cleaning agent designed to break down and remove heavy contaminants like oil, grease, and cutting fluid residues. Workpieces then move to one or more rinsing tanks-filled with deionized water or specialized rinsing solutions-to remove any remaining cleaning agent or loosened particles. Finally, a drying tank-equipped with hot air, vacuum, or infrared drying technology-removes moisture from the workpiece surface, preventing water spots or oxidation. This sequential process ensures that no contaminants are left behind, resulting in a level of cleanliness that single-tank cleaners cannot achieve.

 

Versatility is a key advantage of the multi-tank industrial ultrasonic cleaner, as it can be configured with different tank combinations to meet the specific needs of different industries. For example, medical device manufacturers might opt for a "cleaning + rinsing + sterilization + drying" configuration to meet sterile processing requirements, while aerospace facilities might choose a "pre-cleaning + ultrasonic cleaning + precision rinsing + vacuum drying" setup for critical components. The number of tanks, as well as the type of cleaning agents and drying methods used, can be customized to address the unique contamination challenges and material requirements of different workpieces. This flexibility makes the equipment suitable for a wide range of applications, from automotive parts manufacturing to semiconductor production.

 

The ultrasonic technology integrated into each cleaning tank ensures thorough, uniform cleaning across all workpieces. The ultrasonic waves generate cavitation bubbles that implode on the workpiece surface, lifting and removing even the smallest contaminants from crevices, blind holes, and intricate details. This level of cleaning is essential for components that require tight tolerances or where surface purity directly impacts performance-such as hydraulic valves, where residue can cause valve sticking, or electronic sensors, where contamination can affect sensitivity. The multi-tank design ensures that this thorough cleaning is followed by effective rinsing and drying, eliminating the risk of recontamination or moisture-related issues.

 

Durability and reliability are integral to the design of the multi-tank industrial ultrasonic cleaner, as it is built to withstand the rigors of continuous use in demanding industrial environments. Each tank is constructed with corrosion-resistant materials-such as 304 or 316L stainless steel-that can withstand exposure to aggressive cleaning agents and repeated use. The ultrasonic transducers and control systems are designed for long-term reliability, minimizing the risk of breakdowns and ensuring consistent performance. Additionally, the equipment's modular design simplifies maintenance, with accessible components that allow for quick repairs or replacements without disrupting production.

 

For businesses that demand the highest level of surface cleanliness, the multi-tank industrial ultrasonic cleaner is a strategic investment that delivers superior results. It eliminates the limitations of single-tank cleaning, providing a comprehensive solution that addresses every phase of the cleaning process-from contaminant removal to final drying. Its versatility and customizable design make it suitable for a wide range of industries, while its durable construction ensures reliable performance over time. Whether used in medical device manufacturing, aerospace production, or precision electronics, this equipment delivers the exceptional cleanliness needed to meet the most stringent quality standards.

 

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ITEM

SPEIFICATION

Basic Configuration Information

Equipment Type

Single-tank Type), (Multi-tank Type), (Pass-through Type), (Automatic Integrated Type),(Gantry Type)

Applicable Workpiece Scope

(Precision Electronic Parts), (Auto Parts), (Hardware Tools), (Medical Devices), (Aerospace Components), (Molds), (Bearings), (Gears), (Optical Components) etc.

Main Cleaning Types (Contaminants)

(Oil Stains), (Dust), (Rust), (Oxide Scale), (Cutting Fluid Residues), (Fingerprints), (Solder Scales), (Release Agent Residues), (Polish Paste Residues) etc.

Core Tank Specifications

Effective Tank Dimensions (L×W×H)

(ex: 300×200×200~3000×1200×1000mm; larger sizes can be custom-designed)

Tank Capacity

12-3600L, customized by demand

Tank Material

304 Stainless Steel (Standard 304 Stainless Steel), 316L Stainless Steel (Corrosion-resistant 316L Stainless Steel), Titanium Alloy (suitable for special corrosive media)

Ultrasonic System

Ultrasonic Frequency

28kHz (Standard), 40kHz (Precision), 60kHz (Ultra-precision), 100kHz (Small Parts); support multi-frequency combinations (20+40Hz, 360+60kHz) and customization (e.g., 80+300kHz)

Ultrasonic Power

Customized adaptation (e.g.: 300W~15000W; power density 5~15W/cm²)

Transducer Quantity & Layout

Customized adaptation (e.g.: 6~120PCS); optional layouts: Bottom,Side,Surround,Top

Ultrasonic Waveform

Sine Wave (Standard),Pulse Wave (Energy-saving),Sweep Wave (Workpiece Damage Prevention)

Heating & Temperature Control

Heating Function

Supported (Default) / Not Required (on demand);

Temperature Control Range

Room temp~80℃ (Standard), 80~120℃ (High-temp customization, material adaptation required)

Heat Preservation Function

Supported (Default, polyurethane insulation layer); Insulation effect: ≤5℃/h (at 26℃ room temp)

Control & Operation System

Control Mode

Digital Knob Control (Basic), PLC Touch Screen Control (Intelligent), Industrial PC Control (Automation Integration)

Timer Function

0~99 mins (Standard), 0~999 mins (Long-time customization); support segmented timing (cleaning + rinsing + drying)

Automation Functions

Optional: Automatic Loading/Unloading,Automatic Liquid Supplement,Automatic Drainage, Automatic Filtration

Additional Function Modules

Circulation Filtration System

Optional: Single-stage, Multi-stage (2~5 stages, precision 1~50μm; customizable)

Solvent Recovery System

Optional (for solvent-based cleaners); Recovery rate ≥85%

Drying Function

Optional:Hot Air Drying,Vacuum