UV-C + OZONE SHOE SANITIZING STATIONS
Reduce Shoe-Borne Pathogens at Every Facility Entrance
UVZone® shoe sanitizing stations use UV-C and ozone to treat footwear in 6 to 10 seconds, helping facilities strengthen contamination control without slowing employees or disrupting workflow.
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This entire website is dedicated to our flagship product - the UvZone shoe sanitizing system
UV-C + Ozone Technology That Works While You Do
UVZone delivers continuous pathogen reduction through UV-C + Ozone technology. By installing at entry points, it reduces shoe-borne microorganisms in seconds without disrupting workflow.
Flexible Purchase Options includes:
- Installation and setup
- Ongoing maintenance and support
- Lamp replacements and service
- Scalable across multiple facilities
Facility feedback
What facility leaders report
Verbatim excerpts from statements shared by healthcare, food processing, and public-sector facilities using UVZone shoe sanitizing stations.
To help improve our compliance with USP 797 and minimize the risk of pathogens contaminating our Clean room, we added to our department's action plan your PathO3Gen Solutions Shoe Sanitizing Station. The stations are now part of our process that each employee uses prior to entering our clean room.
Excerpt from a longer statement provided by the facility.
INDUSTRIES WE SERVE
Proven Across Industries
UV-C + Ozone technology delivers measurable results in diverse environments
Healthcare
Targets HAI-causing pathogens on shoe soles to reduce facility-wide contamination
Biotech
Designed for GMP-regulated manufacturing environments
Food Processing
Designed to support HACCP-based food safety programs by reducing shoe-borne contamination
Livestock Production
Strengthens on-farm hygiene protocols by addressing pathogens at the entry point
Transportation
Microbial reduction in high-traffic transit areas
Government Services
Supports facility safety by reducing pathogen spread in high-traffic environments
How It Works
Three simple steps. Zero training required. Instant pathogen reduction.
Step On
Simply step on the unit
Pressure sensors detect footwear and activate the system automatically
UV-C + Ozone Treatment
UV-C + Ozone work together to reduce pathogens on shoes in 6-10 seconds
Walk Forward
Your shoes have been treated
See UVZone in Action
Watch how easy it is to reduce pathogens at every entry point
The Data Speaks for Itself
Independent lab testing proves UV-C + Ozone effectiveness against the pathogens that matter most
Third-Party Lab Verified Efficacy
UVZone® Technology has been rigorously tested by NSF International, CREM CO. Labs and Microchem Labs to verify its efficacy.
Candida auris
99.9993%- Log reduction
- 5.16 log₁₀
- Time
- 10 seconds
- Lab
- NSF International
Escherichia coli (E. coli)
99.9989%- Log reduction
- 4.96 log₁₀
- Time
- 10 seconds
- Lab
- NSF International
Klebsiella pneumoniae (CRE)
99.9986%- Log reduction
- 4.86 log₁₀
- Time
- 10 seconds
- Lab
- NSF International
Salmonella enterica
99.9980%- Log reduction
- 4.81 log₁₀
- Time
- 6 seconds
- Lab
- Microchem Labs
Pseudomonas aeruginosa (MDRO)
99.9976%- Log reduction
- 4.62 log₁₀
- Time
- 8 seconds
- Lab
- NSF International
Staphylococcus aureus (MRSA)
99.9969%- Log reduction
- 4.51 log₁₀
- Time
- 10 seconds
- Lab
- NSF International
Clostridioides difficile (C. diff)
99.9960%- Log reduction
- 4.40 log₁₀
- Time
- 10 seconds
- Lab
- NSF International
Norovirus
99.9951%- Log reduction
- 4.31 log₁₀
- Time
- 8 seconds
- Lab
- CREM CO. Labs
Listeria monocytogenes
99.9940%- Log reduction
- 4.21 log₁₀
- Time
- 8 seconds
- Lab
- Microchem Labs
Cronobacter sakazakii
99.9910%- Log reduction
- 4.04 log₁₀
- Time
- 6 seconds
- Lab
- Microchem Labs
Human Coronavirus 229E
99.9796%- Log reduction
- 3.69 log₁₀
- Time
- 8 seconds
- Lab
- CREM CO. Labs
VRE (Enterococcus faecalis)
99.9867%- Log reduction
- 3.87 log₁₀
- Time
- 8 seconds
- Lab
- NSF International
| Pathogen | % Reduction | Log Reduction | Time | Lab |
|---|---|---|---|---|
| Candida auris | 99.9993% | 5.16 log₁₀ | 10 seconds | NSF International |
| Escherichia coli (E. coli) | 99.9989% | 4.96 log₁₀ | 10 seconds | NSF International |
| Klebsiella pneumoniae (CRE) | 99.9986% | 4.86 log₁₀ | 10 seconds | NSF International |
| Salmonella enterica | 99.9980% | 4.81 log₁₀ | 6 seconds | Microchem Labs |
| Pseudomonas aeruginosa (MDRO) | 99.9976% | 4.62 log₁₀ | 8 seconds | NSF International |
| Staphylococcus aureus (MRSA) | 99.9969% | 4.51 log₁₀ | 10 seconds | NSF International |
| Clostridioides difficile (C. diff) | 99.9960% | 4.40 log₁₀ | 10 seconds | NSF International |
| Norovirus | 99.9951% | 4.31 log₁₀ | 8 seconds | CREM CO. Labs |
| Listeria monocytogenes | 99.9940% | 4.21 log₁₀ | 8 seconds | Microchem Labs |
| Cronobacter sakazakii | 99.9910% | 4.04 log₁₀ | 6 seconds | Microchem Labs |
| Human Coronavirus 229E | 99.9796% | 3.69 log₁₀ | 8 seconds | CREM CO. Labs |
| VRE (Enterococcus faecalis) | 99.9867% | 3.87 log₁₀ | 8 seconds | NSF International |
* Full test reports available upon request. Testing conducted 2019-2021.
Certifications & Compliance
Trusted by industry leaders and certified by independent organizations
TÜV SÜD
ISO9001 Certification
Independent Lab Validated
NSF International, CREM Co. Labs, and Microchem Laboratories
TÜV SÜD Certified
What You'll Get
- Free facility assessment
- Custom system design
- ROI analysis for your facility
- No-obligation quote
- Implementation timeline
- Financing options available
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