Multistage Ultrasonic Cleaner

• Retrofitting into existing setups
• Harsh and demanding industrial environments
• Vacuum conditions
• Meeting powerful cleaning requirements
• Utilizing ultrasonic cleaning in multiple tanks

This cleaner is perfect for applications where traditional cleaning methods could potentially damage intricate parts, such as electronic components, medical instruments, and industrial machinery. The Multistage Ultrasonic Cleaner delivers reliable and powerful cleaning performance, ensuring optimal results.

A multistage ultrasonic cleaner uses a series of tanks and processes to clean components thoroughly. The parts pass through different stages, such as:

• Pre-cleaning / Degreasing – Removes heavy dirt, grease, or oil.
• Ultrasonic Cleaning – Uses high-frequency sound waves to create microscopic cavitation bubbles that dislodge contaminants from surfaces and crevices.
• Rinsing (RO/DM/DI Water) – Removes residual cleaning solution and loosened particles.
• Drying (Hot Air/Vacuum) – Ensures completely dry and contamination-free parts.
• Optional Material Handling Automation – Pneumatic, electromechanical, conveyorized, screw-type, or rotary indexing systems for faster and safer operation.

• Customizable Configurations: Available in 2-stage, 3-stage, or fully automated multi-stage systems.
• Advanced Ultrasonic Technology: Uniform cleaning with optimized frequency and power for different contaminants.
• Integrated Rinsing & Drying: Seamless combination of cleaning, rinsing, and drying in a single setup.
• Material Handling Systems: Options for automated loading/unloading to minimize manual intervention.
• Eco-Friendly Design: Reduced water and chemical consumption with efficient filtration and recycling systems.
• High-Grade Construction: Stainless steel tanks with corrosion-resistant build for durability.
• Precision Control: PLC-based controls with touch panel HMI for easy operation and monitoring.
• Energy Efficiency: Optimized ultrasonic transducers and heaters for reduced power consumption.

• Superior Cleaning Quality – Achieves microscopic-level cleaning, even in complex geometries and blind holes.
• Consistency & Reliability – Automated processes ensure uniform results across multiple batches.
• Reduced Manual Labour – Automation reduces human handling, lowering error and contamination risks.
• Environmentally Sustainable – Minimal use of harsh chemicals, water recycling, and energy-efficient design.
• Scalability – Suitable for both small precision components and large industrial parts.
• Cost-Effective Operation – Longer bath life, lower chemical use, and reduced rework save operational costs.
• Industry Versatility – Widely used in aerospace, automotive, electronics, medical devices, precision manufacturing, and more.
• Compliance Ready – Helps industries meet stringent cleanliness standards (ISO, GMP, automotive, and medical).

• Electronics Manufacturing: Cleans circuit boards, components, and other delicate parts with precision.
• Medical Device Manufacturing: Ensures sterility and effectively removes contaminants from surgical and diagnostic instruments.
• Automotive Industry: Thoroughly cleans engine parts and other components.
• Aerospace Industry: Maintains cleanliness of precision parts for optimal performance and safety.
• Jewelry Cleaning: Restores the shine and cleanliness of intricate jewelry pieces.