Robot Application

Disinfection & Sanitization

Deploy UV-C or dry-mist AMRs to wipe out 99.9% of germs. Maintain consistent hygiene in high-traffic areas without exposing staff to chemicals or rays.

Why Automate Disinfection & Sanitization?

Enhanced Safety

Keep your team safe from harsh cleaners and UV by letting robots tackle the dirty disinfection work.

Consistent Coverage

They follow precise paths, covering every inch with the perfect dwell time—no spots missed.

Verifiable Reports

Digital logs capture every disinfection location and timestamp for effortless audits and total peace of mind.

Cost Efficiency

Slash labor and waste with precise dosing and smart, repeatable routines over the long haul.

Scalable Deployment

Quickly update maps and schedules across the entire fleet to adapt to layout changes or new protocols.

Pathogen Control

Works on SARS-CoV-2, flu, MRSA, and HAIs.

Autonomous Precision Cleaning

Disinfection robots first create a digital twin of your space with SLAM. Then simply mark treatment zones and no-go areas on the map.

In action, they navigate independently. UV-C delivers perfectly timed exposures for surfaces; dry-mist sprays a fine, settling cloud that's safe for electronics.

LiDAR and depth cameras spot issues in a flash. UV bots automatically shut off if people approach.

Where It's Used

Healthcare Facilities

ORs, wards, waiting rooms—sterilize an OR in minutes between cases.

Airports & Transit

Kiosks, rails, seats in airports—hit them overnight or off-peak.

Manufacturing & Warehousing

Lockers, eateries, change areas—keep workers healthy, cut sick days.

Commercial Offices

Conference rooms, lobbies—show you care about safe offices.

What You Need

Base Platform

AMR Chassis (Autonomous Mobile Robot)
Heavy-duty battery (4-6h runtime)
Charging Dock Station

Disinfection Payload

UV-C Lamps (254nm) OR
Electrostatic Sprayer Nozzles
Chemical Tank (for sprayers)

Sensors & Safety

2D/3D LIDAR for Mapping
PIR Motion Sensors (Human detection)
Emergency Stop Buttons

Software Stack

Fleet Management System
Reporting Dashboard
SLAM Navigation Algorithms

Frequently Asked Questions

What sets UV-C apart from dry mist?

UV-C destroys pathogen DNA/RNA with powerful UV light—no chemicals needed. Dry mist uses peroxide fog for full surface coverage. UV is super quick and residue-free; mist tackles those hard-to-reach shadows.

Safe around people?

Our spray bots use gentle chemicals, so you can re-enter spaces quickly. UV bots have motion sensors that shut off the lamps if anyone gets close—no exposure risk.

How long does the battery last?

Runtime? 4-6 hours typical, auto-dock when low.

Does the robot replace manual cleaning staff?

Does it replace manual cleaning? Nope, it follows up after wiping away dirt to kill microbes, freeing your staff for more important tasks.

How do I know the area was actually sanitized?

Need proof of work? Post-run reports detail paths taken, times, and any hurdles—logs ready for audits.

Can the robot operate in the dark?

Works in the dark? Absolutely, LiDAR lasers handle complete pitch-black conditions, perfect for nighttime ops.

How long does it take to map a facility?

How long for mapping? Just walk it once—covers 10k sq ft in under an hour.

What happens if there are "shadow zones" for UV-C?

UV shadows a concern? Bots circle around for full coverage; tricky spots might need a manual touch or hybrid approach.

Does the UV light damage materials?

Worried about material wear? Constant motion prevents prolonged UV exposure that could fade plastics over years.

What are the maintenance requirements?

Maintenance is simple: clean sensors, check tires, swap UV bulbs after thousands of hours, or refill tanks.

Ready to implement Disinfection & Sanitization?

Explore Our Robots