We use cookies to improve your experience. Learn more
Harness the Oxidizing Power of CleanStart® for Clean, Fresh-Smelling Laundry
Designed and engineered for the home, the CleanStart laundry system uses the same cleaning technology developed by RainSoft for commercial clients. CleanStart transforms cold water into a powerful cleaning agent by oxidizing normal tap water and injecting a controlled amount of ozone (O₃) into the wash water. After the ozone oxidizes and disinfects, it reverts to oxygen, leaving behind nothing but cleaner, fresher laundry.
The RainSoft CleanStart® Laundry System is professionally installed by RainSoft of the Wiregrass, the top-rated authorized RainSoft dealer serving Alabama, the Florida Panhandle, and southwest Georgia. Free in-home water analysis available across 330+ Gulf Coast cities.

Features & Benefits
Saves on dollars spent to heat water — every load uses cold water for maximum energy savings.
Dramatically reduces the amount of laundry detergent needed for each load.
Ozone technology eliminates the need for fabric softener and bleach entirely.
No toxic chemicals down the drain. Reduces energy use and chemical waste in the waste stream.
Less exposure to harsh laundry chemicals means fabrics last longer, saving you money on clothing.
No sorting of laundry means fewer loads and less time spent doing laundry.
The compact CleanStart® unit is mounted behind your washing machine. Your washer's cold-water hose is re-routed to the inlet.
As the wash cycle begins, cold water flows into the CleanStart® unit where the flow switch automatically activates ozone injection.
A controlled amount of ozone (O₃) is injected into the water, transforming it into a powerful cleaning agent.
As the ozone-infused water is agitated in the wash basin, it folds into fabric threads for a highly efficient and disinfecting wash.
After the ozone oxidizes and disinfects, it naturally reverts back to oxygen — leaving nothing but cleaner, fresher laundry.
Common questions about the RainSoft CleanStart® Laundry System