1. Superior Cleaning Efficiency and Quality

• Exceptional dissolving capability: Strong solvency for non-polar contaminants (e.g., oils, fats, waxes) with cleaning efficiency reaching over 85%
• Complex geometry cleaning: Penetrates blind holes, micro-gaps, and intricate part geometries for thorough, no-residue cleaning
  High-precision cleaning: Achieves micron-level cleanliness in aerospace and other precision manufacturing sectors
  
  

2. Remarkable Environmental & Economic Benefits

• Solvent recycling: Equipped with distillation recovery systems enabling solvent reuse, reducing annual consumption to only 3–5 drums (200L each) and saving over 99% of solvent
• Zero-emission design: Fully sealed vacuum systems keep VOC emissions far below regulatory limits, achieving near-zero discharge
• Waterless operation: Eliminates wastewater generation and treatment issues associated with aqueous cleaning
• Cost optimization: Lower chemical consumption and energy use in long-term operation results in reduced cost-per-part

3. Outstanding Safety Performance

• Vacuum isolation technology: Cleaning processes occur in vacuum environments, isolating oxygen and eliminating fire hazards from flammable solvents
• High-flash-point solvents: Modern cleaning agents feature flash points ≥60°C, significantly reducing fire risks
• Automated operation: Minimizes direct solvent exposure; optional PPM monitors provide real-time ambient concentration tracking

4. Rapid Drying & High-Efficiency Production

• Fast evaporation: Solvent-based cleaners evaporate quickly, eliminating the need for additional drying and shortening process cycles
• Inline continuous processing: Through-feed designs support automated production lines for continuous workpiece cleaning, boosting productivity
• Vacuum drying function: Advanced models include vacuum drying systems for faster, more thorough moisture removal

5. Broad Material & Industry Compatibility

• Multi-material compatibility: Suitable for metals (steel, aluminum, titanium alloys), plastics, ceramics, and more without corrosion risk
• Cross-industry applications: Widely used in aerospace, semiconductors, electronics, medical devices, and automotive components
• Dual-solvent systems: Automatically select or blend two different solvents to target multiple contaminant types

6. High Intelligence & Automation

• Precise parameter control: Intelligent systems accurately regulate solvent temperature, concentration, pressure, and flow for consistent results
• Process integration: Industry 4.0-ready with remote monitoring and data traceability capabilities
• Simplified operation: Easier process control and bath monitoring compared to aqueous systems, reducing labor costs

7. Consistent Cleaning Quality

• Distillation purification: Uses freshly distilled solvent each cycle, preventing cross-contamination and ensuring long-term quality stability
• Self-cleaning capability: Automatically removes grease and impurities from solvent during operation, eliminating complex filtration steps
• No secondary contamination: Sealed systems prevent contaminant redeposition, avoiding part re-soiling

8. Flexibility & Future-Readiness

• Multi-solvent compatibility: Switch between hydrocarbon, modified ethanol, or other solvent types without equipment modification
• Modular design: Supports ultrasonic, spray, immersion, and other cleaning mode combinations
• Technology upgrades: Advanced features like ultrafiltration and passivation treatment adapt to future process requirements