Based on the latest technologies in the industrial cleaning sector, we present a comprehensive solvent cleaning machine solution covering process, equipment, solvent selection, and implementation strategies.

I. Core Technology Principles

Solvent cleaning machines remove oil, flux, wax, and other contaminants from workpiece surfaces through chemical dissolution. Key advantages include:

• Vacuum Penetration Technology: Under vacuum conditions, solvents penetrate deep into blind holes, crevices, and other difficult-to-access areas for thorough cleaning

• Closed-Loop Recovery System: Solvents are continuously recycled via distillation with up to 99.5% utilization rate, significantly reducing operating costs

• Gentle Cleaning: Non-corrosive to precision components unlike water-based cleaning, making it ideal for demanding applications in electronics, medical devices, and other high-requirement fields

II. Standardized Cleaning Process Flow

Seven-Step Standardized Process:

1. Pre-cleaning: Initial rinse with solvent from Tank #1 to remove bulk contaminants

2. Draining: Return solvent to storage tank to separate heavy contaminants

3. Immersion/Spray: Clean with solvent from Tank #2 (higher purity) enhanced by ultrasonic vibration

4. Distillation Transfer: Transfer solvent to distillation unit for purification

5. Vapor Cleaning: Pure solvent vapor condenses on workpiece surfaces to dissolve residual oil films

6. Vacuum Drying: Evacuate chamber to accelerate solvent evaporation without additional heating

7. Ventilation: Reduce solvent concentration to safe levels before workpiece removal