I. Core Technical Advantages

1. Deep Cleaning & Precision Degreasing Capability

• Utilizes high-efficiency modified alcohol cleaning agents with exceptional oil dissolution capacity to rapidly decompose stubborn grease stains
• Vacuum negative pressure technology enables cleaning agent penetration into micro-gaps and blind holes as small as 0.05mm, achieving comprehensive deep cleaning without dead angles
• Ultrasonic cavitation effect coupled with 360° rotating spray removes stubborn oil contamination with adhesion strength up to 5N/cm²
• Removes both organic and inorganic pollutants in a single chamber, achieving precision industrial cleanliness standards

2. Vacuum Technology Empowerment

• Entire system operates under vacuum conditions (<100mbar), reducing solvent boiling point to 30-50℃
• Vacuum environment evacuates air from component surfaces, enhancing cleaning agent infiltration capability
• Vacuum drying technology extracts residual solvents within 30 seconds, preventing water marks and solvent traces
• Low-temperature cleaning prevents damage to sensitive materials such as plastics and rubber

3. Intelligent Automation

• Equipped with advanced intelligent control system supporting one-touch start, automated operation, and remote monitoring
• System automatically adjusts cleaning parameters based on workpiece type and contamination level
• Continuous oil discharge design eliminates waiting time; cleaning cycle only requires 8-16 minutes/basket
• Multi-stage vacuum gradient control (0-100mbar adjustable) with PID temperature control (±0.5℃ accuracy)

II. Environmental Protection & Safety Performance

1. Green Cleaning Solution

• Modified alcohol cleaning agent features low toxicity and low volatility with VOC emissions ≤50mg/m³ (far below national standards)
• Excellent biodegradability meets increasingly stringent environmental regulations
• Fully sealed cleaning chamber design effectively controls exhaust gas and wastewater emissions
• Achieves zero-emission, pollution-free green manufacturing objectives

2. High Safety Assurance

• High flash point of modified alcohol significantly reduces fire risk
• Vacuum environment operation ensures working conditions above solvent flash point
• Non-corrosive to metals (aluminum alloy, titanium alloy, etc.) and non-metallic materials
• Equipped with three-stage gradient filtration system (50μm→10μm→0.5μm) and online particle counter

3. Resource Recycling

• Built-in vacuum distillation recovery system achieves solvent recovery rate >90%
• Maintains constant solvent quality through fractionation technology separating high/low boiling point substances
• Heat recovery system utilizes solvent vapor to heat rinse tanks, reducing energy consumption
• Automatically separates water, mineral oil and other impurities to extend solvent service life

III. Economic & Operational Value

1. Significant Cost Savings

• High solvent recovery rate substantially reduces cleaning agent procurement costs
• High automation level minimizes manual intervention and maintenance costs
• Compact equipment structure saves floor space and factory costs
• Water resource recycling reduces operational expenses

2. Efficient Production Support

• Cleaning efficiency improved by 30%-50%, shortening production cycles
• Continuous equipment operation without frequent shutdowns for maintenance
• Customized services meet specific cleaning requirements of different clients
• Validated in multiple hardware manufacturing enterprises with recognized improvements in cleanliness and efficiency

3. Workpiece Protection Advantages

• Cleaning process causes no mechanical damage, preserving dimensional accuracy
• Added corrosion inhibitors form protective film on metal surfaces, significantly enhancing rust prevention (72-hour rust-free performance)
• Suitable for sensitive components such as precision aluminum alloy parts, fuel injectors, and needle valves

IV. Wide Application Scope

• Hardware Manufacturing: Precision stampings, powder metallurgy parts, tappets, etc.
• Automotive Industry: Engine components, fuel system parts, new energy vehicle parts
• Aerospace: Aircraft engine parts, complex film cooling holes in blades
• Semiconductor Manufacturing: Precision electronic components, micro-structure cleaning
• Medical Devices: Components with high precision and cleanliness requirements
• General Machinery: Precision valve bodies, spools, bearings, complex structural parts

V. Customer Value Summary