Vapor Degreaser

1. A cleaning solvent is heated in the machine’s boiling sump.
2. The generated solvent vapors rise and condense on cooler parts introduced into the chamber.
3. As the vapors condense, they dissolve and remove contaminants.
4. The cleaned parts emerge completely dry, without the need for additional rinsing.

This process provides superior cleaning action, especially for intricate geometries, blind holes, and heat-sensitive components.

• Precision Cleaning – Removes even microscopic contaminants.
• Fast Drying – No need for secondary drying parts exit clean and dry.
• Low Solvent Consumption – Equipped with solvent recovery and recycling systems.
• Compact Design – Saves floor space while offering maximum efficiency.
• Operator Safety – Integrated safety interlocks and vapor containment.
• Consistent Results – Stable process with repeatable cleaning quality.
• Eco-Friendly Options – Compatible with modern low-GWP and non-ozone-depleting solvents.

1. Superior Cleaning Quality – Achieves cleanliness levels not possible with aqueous methods.
2. Reduced Energy Usage – No water heating or drying required.
3. Dry, Spot-Free Finish – Ideal for high-precision industries.
4. Minimal Footprint – Compact system with high throughput.
5. Lower Waste Generation – Solvent distillation and recovery minimize disposal costs.
6. Versatile Application – Effective for metals, plastics, ceramics, and composites.

• Electronics & PCB Industry – Removes flux residues, oils, and solder paste.
• Aerospace & Defense – Precision degreasing of turbine blades, engine parts, and optical components.
• Medical & Pharmaceutical – Cleaning surgical tools, implants, and lab equipment.
• Automotive – Degreasing engine parts, transmission components, and fuel injectors.
• Industrial Manufacturing – Cleaning bearings, gears, and hydraulic components.