Clinics & care environments
Ceiling-based deployment for selected rooms, corridors, and shared clinical spaces.
SUVOS · Super Ultraviolet Optical Sources
Automated UV-C disinfection for shared indoor spaces.
SUVOS is a ceiling-mounted UV-C disinfection system designed to operate around room occupancy. Integrated occupancy sensing and a physical iris help protect occupants from UV-C exposure: when people are detected, UV-C is switched off and the iris remains closed; when the room is clear, SUVOS can perform automated disinfection.
Ceiling-mountedLow-profile integration for shared rooms and facilities.
Occupancy-awareDisinfection is coordinated around room availability.
Physical irisA mechanical shutter supports a protected standby state.
Full product demonstration showing the restroom workflow and automated disinfection sequence.
Operation demo
People-aware by design.
Built for automated disinfection.
Watch SUVOS coordinate disinfection around room occupancy. The operating-state cards highlight automatically as the demonstration progresses.
Operation demo · step 1 of 4Disinfection active
With the area clear, SUVOS is operating in the disinfection state.
Operation sequence: Disinfection active → Occupancy detected / protected state → Disinfection resumes → Cycle complete / green standby. New occupancy returns SUVOS to the white protected state. Click any step to jump to that point in the demo.
Interactive product view
Explore the SUVOS form factor in 3D.
Rotate the model, zoom in on the ceiling-mounted enclosure, and operate the iris to understand the external product architecture.
SUVOS interactive modelDrag to rotate · scroll to zoom · open/close iris
Applications
Built for shared indoor environments.
SUVOS is intended for locations where disinfection can be coordinated around vacancy or controlled access. Final placement, cycle settings, safety controls, and validation are determined for each installation.
Restrooms
Automated disinfection for high-use spaces with intermittent occupancy.
Offices & meeting rooms
Occupancy-coordinated disinfection for shared indoor work environments.
Shared facilities
An adaptable architecture for spaces with predictable access patterns.
Certifications & compliance
Certified for commercial deployment.
SUVOS certification and compliance marks.
Engineering & modeling
Planning tools and technical assumptions.
These tools are intended for engineering discussion and preliminary planning. Modeled irradiance and literature-derived pathogen estimates are not validated efficacy claims for a specific SUVOS installation.
Room plannerEnter room dimensions, unit count, modeled UV-C power, and air-mixing assumptions.+
13103060+ µW/cm²
Airborne, whole room
Surface, on the floor
Airborne results assume room-air mixing. Surface estimates use direct beam only. Planner outputs support preliminary sizing and are not a validated efficacy claim for a specific installation.
Irradiance modelExample modeled UV-C distribution and surface irradiance table.+
Modeled irradiance visualization. False-color scale represents modeled UV-C irradiance.
| Surface | Modeled µW/cm² |
|---|---|
| Sink rim | 23.4 |
| Toilet seat | 20.2 |
| Floor | 14.4 |
| Flush button | 12.4 |
| Door handle | 6.3 |
Values are model outputs for the stated example geometry, not measured performance at every installation.
Pathogen estimatesLiterature-based airborne and surface response estimates used by the planning model.+
Airborne model inputs
| Organism / surrogate | k (m²/J) |
|---|---|
| Influenza A | 0.27 |
| Measles (influenza value) | 0.27 |
| COVID-19 (mouse coronavirus) | 0.377 |
| Tuberculosis (bacterial stand-in) | 0.35 |
| Common cold / rhinovirus (low confidence) | 0.03 |
Surface model inputs
| Organism / surrogate | D90 (µJ/cm²) |
|---|---|
| E. coli | 2320 |
| MRSA | 2700 |
| Norovirus (calicivirus stand-in) | 5560 |
| SARS-CoV-2 | 1230 |
Literature-based estimates may use surrogate data; not product efficacy claims.
Technical specifications & assumptionsInternal power/model assumptions and planning parameters from the current engineering page.+
| Modeled UV-C output | 600 mW per unit, adjustable in planner |
|---|---|
| Beam model | Super-Gaussian fit; 924.7 mW/sr on-axis at modeled 600 mW |
| Mounting | Ceiling, pointing down |
| Planning coverage | 1 SUVOS per 9 m² (~100 sq ft); closer spacing shortens modeled time and improves uniformity |
| Sensing | PIR + radar |
| Electrical input | 12 V DC, 2.0 A, 20 W maximum; other voltages on request |
| Certifications | ETL Listed (Intertek) to ANSI/UL 8802; conforms to UL 1598 and CSA C22.2 No. 250.0; FCC; CE |
Model assumptions
- Pathogen response values are literature-derived and may use surrogates.
- Airborne estimates assume a selected degree of room-air mixing.
- Irradiance uses direct-beam modeling without wall/ceiling reflection.
- False-color views are visualization aids, not visible light.
- Planner output supports sizing and engineering discussion; it is not a validated efficacy claim for a specific installation.
Facility evaluation
Discuss SUVOS for your space.
Tell us about the room type, ceiling conditions, occupancy pattern, disinfection objective, and deployment scale.
UV-C can cause injury to skin and eyes. Installation, operating controls, and disinfection conditions must be configured and validated for the intended environment. Microbial reduction depends on delivered dose, geometry, surface conditions, organism, exposure time, and the complete installation.