☀️ Morning
A fresh start to your day. Zero Additives, Naturally derived, safe for all ages.
Why keep buying bottles of mouthwash?
- Harsh Burn
Strong formulas aren't for everyone. - Unnecessary Additives
- Plastic Waste.
Try Our Mouthwash Generator:
Gentler, Fresher, Made From Water
A slim wall-mounted unit that turns plain tap water into mild oral rinse in seconds.
- ✓ No harsh burn
- ✓ No unnecessary additives
- ✓ Freshly generated from water in seconds
3 Steps to Instant Fresh Oral Rinse
- Mount on wall or mirror
- Fill tank with tap water
- Tap, Done
☕ After Coffee & Meals
A quick refresh after your favorite drinks and meals.
No More Burning Rinses
Comfortable for everyday use without the harsh burning feeling.
Reduce bottled mouthwash consumption by up to 90% —
lower everyday spending while cutting plastic waste.
How it works
- This device adopts low-voltage electrolysis technology. As electric current passes through water, oxygen molecules (O₂) are split into oxygen atoms (O). These free oxygen atoms then combine with oxygen molecules to form ozone (O₃).
- Ozone is known for its ability to interact with odor-causing compounds and support a cleaner oral environment.
Many odor-causing compounds in the mouth are associated with anaerobic bacteria. Ozone-generated water helps support a cleaner oral environment as part of your daily oral care routine.
Clinical Proof & Safety Data
- Ozonated water is a well-established sanitizing solution widely adopted in professional dentistry.
- Most harmful bacteria triggering oral issues are anaerobes, and ozone effectively targets and neutralizes these pathogens.
- Best of all, it is naturally safe: ozone fully decomposes into oxygen and pure water within 20 minutes, leaving zero chemical residues.
Clinical & Academic Backing
PMC (2013) Application of ozone in the treatment of periodontal disease
The paper proves that human cells have a complete combined antioxidant defense system of vitamin C and vitamin E, which can quickly counteract the slight oxidative stress produced by low-concentration ozone. Periodontal and cariogenic bacteria are short of sufficient antioxidant enzymes and antioxidant reserves. Ozone can target and destroy bacterial cell membranes and nucleic acid structures to realize selective sterilization, with almost no damage to healthy oral epithelium and gingival soft tissues.
PMC (2020) Effect of Herbal Water, Ozonated Water, Water, and Chlorhexidine Mouthrinses on Oral Health Status of Children
A 15-day controlled trial was carried out among children aged 10 to 12 years. The results indicated that ozonated water causes no mucosal irritation or tooth staining, and it can effectively reduce the count of Streptococcus mutans in the oral cavity.
PLOS ONE（2023）Ozone ultrafine bubble water exhibits bactericidal activity against pathogenic bacteria in the oral cavity
Cell experiments using human gingival epithelial cell line Ca9-22 proved that ozone ultrafine bubble water with ozone concentrations of 1–5 ppm barely causes cytotoxic damage to gingival epithelial cells after 1 minute or 30 minutes of exposure. In contrast, common disinfectants including povidone iodine and chlorhexidine display severe cytotoxicity, leading to over 99% loss of cell viability under the same treatment conditions.
Australasian Dental Practice（2021）Ozone in water: Let the recent evidence speak
Sub-ppm ozonated water exhibits excellent biocompatibility. Healthy gingival cells are protected from oxidative damage due to the endogenous antioxidant defense system composed of vitamin C and vitamin E inside human cells. Multiple human clinical trials covering children and adult patients have verified that low-concentration ozonated water has high safety for oral soft tissues without adverse reactions such as mucosal irritation, tooth discoloration and altered taste.
PMC（2016）Effects of ozone nano-bubble water on periodontopathic bacteria and oral cells
Ozone nano-bubble water can eliminate Porphyromonas gingivalis, the core anaerobic periodontal pathogen, within 0.5 minutes. Even after continuous exposure to oral tissues for 24 hours, it does not induce obvious cell apoptosis in oral cells.