Guyson’s Microsolve 350 Co-Solvent vapour degreasing system comprises four stages: ultrasonic cleaning, ultrasonic rinsing, vapour rinsing, and freeboard drying. Built for heavy contamination removal, it combines HFE with a petroleum distillate-based solvating agent in a 350 × 250 × 300 mm tank, with dual-frequency ultrasonics and low, predictable solvent use.
| Model | Guyson Microsolve 350C co-solvent cleaning system |
|---|---|
| Machine type | Automated ultrasonic co-solvent vapour degreasing system |
| Process stages | Ultrasonic cleaning, ultrasonic rinsing, vapour rinsing and freeboard drying |
| Internal tank dimensions | 350 × 250 × 300 mm (L × W × D) |
| Solvents | HFE combined with a petroleum distillate-based solvating agent |
| Ultrasonics | Dual-frequency transducers with power control, pulse, frequency modulation and sideband sweep in the cleaning and rinsing tanks |
| Solvent retention | Triple coil reflux cooling, vapour break, 150% freeboard, refrigerated freeboard cooling coils |
| Controls | PLC-based controls, fluid level monitoring and logging |
| Options | Solvent monitoring with automatic top-up, Autotrans iDrive handling system |
| Applications | Polishing compound removal, power generation component cleaning, flux removal from PCBs |
The Guyson Microsolve 350C is an automated ultrasonic co-solvent cleaning system for heavy contamination removal through co-solvent immersion cleaning. It uses a combination of HFE and petroleum distillate-based solvating agents to enhance cleaning performance for more complex requirements, working through four stages: ultrasonic cleaning, ultrasonic rinsing, vapour rinsing and freeboard drying. The internal tank measures 350 mm long, 250 mm wide and 300 mm deep.
Dual-frequency ultrasonic transducers in both the cleaning and rinsing tanks offer power control, pulsed operation, frequency modulation and sideband sweep. The Microsolve shares Guyson’s solvent retention features, including triple coil reflux cooling, a vapour break, 150% freeboard and refrigerated cooling coils for freeboard drying, which keep solvent usage low and predictable and running costs down. PLC-based controls monitor fluid levels, and an optional solvent monitoring system tops up solvent automatically and logs the quantities delivered. For higher throughput, the system works with Guyson’s Autotrans iDrive handling system. Typical applications include polishing compound removal, cleaning power generation system components and removing flux from PCBs. For mono-solvent cleaning, see the Microsolve 250M and Microsolve 450M, and for benchtop ultrasonic cleaning the Guyson GUK-3. See all surface finishing machines.
Harold Engineering supplies, installs and services Guyson surface finishing equipment from our Dublin and Galway bases, with 15 OEM trained field service engineers and a 24 hour breakdown callout service. Contact us to discuss your cleaning application.
| Model | Guyson Microsolve 350C co-solvent cleaning system |
|---|---|
| Machine type | Automated ultrasonic co-solvent vapour degreasing system |
| Process stages | Ultrasonic cleaning, ultrasonic rinsing, vapour rinsing and freeboard drying |
| Internal tank dimensions | 350 × 250 × 300 mm (L × W × D) |
| Solvents | HFE combined with a petroleum distillate-based solvating agent |
| Ultrasonics | Dual-frequency transducers with power control, pulse, frequency modulation and sideband sweep in the cleaning and rinsing tanks |
| Solvent retention | Triple coil reflux cooling, vapour break, 150% freeboard, refrigerated freeboard cooling coils |
| Controls | PLC-based controls, fluid level monitoring and logging |
| Options | Solvent monitoring with automatic top-up, Autotrans iDrive handling system |
| Applications | Polishing compound removal, power generation component cleaning, flux removal from PCBs |
Air Compressor, Vacuum Pump, Garage Equipment, Gas Heating & Dust/Fume Extraction Specialists
Your cookie choices
We use cookies to see how our website is used and improve it. They're only set if you accept them. You can change your mind at any time. Read our cookie policy