CO₂ Cleaning
Our CO₂ Cleaning Machine utilizes high-purity CO₂ snow and clean dry air to deliver precise, non-abrasive cleaning for semiconductor sockets and electronic components. The clean dry air (free from particles, oil, water, and humidity) ensures a contamination-free process, preventing damage and oxidation on sensitive surfaces. This dry and residue-free cleaning method effectively removes dust, flux, and micro-contaminants without chemicals or static charge. Designed for high reliability and easy integration, our CO₂ Cleaning Machine offers a safe, efficient, and eco-friendly solution for advanced surface maintenance and production environments.
Why Choose
CO₂ Cleaning?
Cleans without using chemicals or water
No drying is needed after cleaning
Produces very little waste after cleaning
Cleans without damaging the surface
Easy to integrate into automated processes
CO₂ Cleaning
Mechanism
How CO₂ Cleaning Works
High speed CO₂ particles combine physical impact, thermal shock and sublimation to lift contaminants from the surface without abrasive contact.
| Item | Description | ||
|---|---|---|---|
| Model |  |
 |
 |
| Model Number | CTS-COSM201 | CTS-COSM202 | CTS-COSM204 |
| M/C Type | Mobile & Manual Cleaning | ||
| Main module | Single port | Multi port | |
| Nozzle | Pen type / Bar type | ||
| Cleaning Target | Glass / Display soft cleaning | ||
| Dimension | (W)386 x (D)280 x (H)253 mm | (W)505 x (D)305 x (H)310 mm | (W)705 x (D)305 x (H)310 mm |
| Utilities | 220VAC, 50/60Hz, 1 Phase, 5A CDA : 5~8kg/cm2, Max. 3m3/min CO2 : 18℃ higher, 6MPa higher, Liquid |
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Liquid CO₂ Supply Small Usage
Liquid CO₂ used in jet cleaning is typically 99.9% pure, but contamination from oils and particles (like rust or metal chips) can occur. While particle filters (0.5–7 µm) can remove solids, oils cannot be filtered and require tank cleaning with alcohol to maintain system performance.
Gas CO₂ Supply Mass Production
Using high-purity (99.9%) CO₂ gas ensures ultra-clean operation with no water, oil, or particles. The gas is filtered, liquified, and supplied at ≥60 bar to the CO₂ jet cleaner, enabling efficient removal of fine dust and some oil contaminants.
