1. Hydrocarbon Cleaning Machines
Use hydrocarbon compounds as cleaning media to efficiently remove contaminants, degrease, and dry industrial components in a vacuum environment.
Designed specifically for high-cleanliness precision parts cleaning. The solvent can be distilled and recycled for near-zero emissions.
Utilize ultrasonic waves to impact workpiece surfaces, combined with hydrocarbon solvent chemical cleaning, capable of penetrating narrow gaps and blind holes.
| Industry Sector | Typical Application Scenarios |
|---|---|
| Automotive Manufacturing | Engine blocks, cylinder heads, engine parts, gears, bearings, automotive components |
| Aerospace | Aircraft engine parts, aerospace precision components, spacecraft assemblies |
| Precision Electronics | Optical lenses, mobile phone components, precision electronic parts, semiconductor devices |
| New Energy / Hydrogen | Fuel cell components, hydrogen energy equipment parts |
| Medical Equipment | Medical device precision parts, surgical instruments |
| Die Casting | Die-cast parts cleaning, deburring |
| Rail Transit | Locomotive parts, high-speed rail components |
| Hydraulics & Pneumatics | Hydraulic valves, nozzles, needle valves, pistons, pneumatic components |
| Powder Metallurgy | Powder metallurgy parts, tappets and other precision components |
Bakr solvent cleaning machines excel in the following scenarios:
Ultra-Precision Parts Cleaning: Excellent penetration capability for blind holes, micro-holes, and narrow gaps
High Cleanliness Requirements: Meet stringent cleanliness standards for aerospace, medical equipment, and other industries
Environmental Compliance: Vacuum-sealed cleaning, solvent distillation recovery, zero emissions, compliant with national environmental regulations
Automated Production: Can be integrated into automated production lines with robotic handling and automatic loading/unloading
The general process flow of Bakr solvent cleaning machines includes:
Vacuum Degassing → Ultrasonic Cleaning → Vapor Degreasing → Vacuum Drying
The equipment achieves solvent regeneration and recycling through vacuum distillation systems, significantly reducing operating costs.