Custom Industrial Ultrasonic Cleaning Machines

Every industry has different cleaning challenges, from removing stubborn carbon deposits on engine parts to cleaning delicate medical implants without damage. Off-the-shelf machines often fall short.

Custom ultrasonic cleaning systems allow:

• Perfect Fit: Machines designed for your component dimensions and contamination type.
• Process Optimization: Multi-stage cleaning, rinsing, drying, and passivation in one system.
• Automation: Robotic handling, conveyors, and PLC controls for seamless integration.
• Frequency Flexibility: Single, dual, or multifrequency cleaning tailored to contaminants.
• Scalability: From lab-scale prototypes to full-scale industrial production.
• Compliance: Designed to meet strict FDA, GMP, ISO, and aerospace standards.

• Custom Tank Design: Sizes and shapes built for your specific components.
• Multi-Stage Configurations: Cleaning, rinsing, passivation, and drying in one integrated system.
• Frequency Options: 20 kHz to 200+ kHz, including multifrequency systems.
• Automation Ready: PLC-controlled automation, conveyors, robotic loading/unloading.
• Material Flexibility: Stainless steel SS 304 / SS 316L construction for durability and chemical resistance.
• Advanced Drying Systems: Hot air, vacuum, or infrared drying integration.
• Eco-Friendly Operation: Reduced chemical use and water consumption.
• Custom Power Ratings: From small-scale precision parts cleaning to large heavy-duty components.

• Tailored Solutions: Built for your exact cleaning needs.
• Improved Productivity: Faster, more consistent cleaning cycles.
• Enhanced Component Life: Gentle yet effective cleaning prevents damage.
• Reduced Labor Costs: Automated handling and programmable cycles.
• High Precision: Consistent results for critical industries like aerospace and medical.
• Scalability: Adaptable designs that grow with your production needs.
• Sustainability:  Lower chemical usage, energy-efficient generators, and eco-friendly processes.

• Automotive: Cleaning engine blocks, injectors, gears, and transmission parts.
• Aerospace: Cleaning turbine blades, hydraulic components, and precision assemblies.
• Medical & Surgical: Sterile cleaning of implants, surgical instruments, and devices.
• Electronics: PCB cleaning, semiconductor parts, and delicate sensors.
• Heavy Engineering: Large molds, tools, and machinery components.
• Defense & Marine: Corrosion removal, weapon parts maintenance, and naval equipment.

1. Standard Cleaners Cannot Achieve Required Cleanliness Levels

If parts must meet stringent cleanliness standards like:

• ISO 16232 (automotive)
• IEST-STD-CC1246E (aerospace & medical)
• Particle cleanliness specifications, then custom engineering is required.

2. You Have High-Volume or Continuous Production

When daily cleaning demand is large, custom automation ensures:

• Faster cycles
• Reduced labor
• Consistent quality

3. Your Parts Are Large, Heavy, or Irregularly Shaped

Industries like aerospace, automotive, and heavy machinery often require oversized tanks and special fixtures.

4. The Contaminants Are Tough or Multi-Layered

Custom systems are used for:

• Burnt carbon
• Polishing compounds
• Heavy oils & greases
• Rust, buffing waxes, casting residues

5. You Need a Multi-Stage Cleaning Process

Such as:

• Ultrasonic wash
• Spray wash
• Rinse → Ultrasonic rinse
• Passivation
• DI rinse
• Hot air or vacuum drying

6. Integration with Water Recycling or Solvent Recovery is Needed

Custom engineering ensures:

• Lower water usage
• Zero-discharge systems
• Environmental compliance

7. Safety or Regulatory Requirements Demand Customization

For example:

• Solvent vapor degreasing with ultrasonics
• Class 100/1000 cleanroom compatibility
• Explosion-proof (ATEX / NEC) enclosures