Robot Application

Disinfection & Sanitization

Deploy autonomous mobile robots equipped with UV-C lights or dry-mist sprayers to eliminate 99.9% of pathogens. Ensure consistent, documented hygiene standards in high-traffic environments while protecting human staff from exposure to harmful chemicals and radiation.

Why Automate Disinfection & Sanitization?

Enhanced Safety

Reduce human exposure to harsh cleaning chemicals and dangerous UV-C radiation by offloading hazardous tasks.

Consistent Coverage

Robots follow precise programmed paths, ensuring no spot is missed and disinfection dwell times are strictly adhered to.

Verifiable Reports

Generate digital audit trails proving exactly when and where sanitization occurred for compliance and liability.

Cost Efficiency

Lower long-term labor costs and reduce chemical waste through precision dosing and automated workflows.

Scalable Deployment

Easily update maps and schedules across a fleet of robots to adapt to changing facility layouts or health protocols.

Pathogen Control

Effective against SARS-CoV-2, influenza, MRSA, and other healthcare-acquired infections (HAIs).

Autonomous Precision Cleaning

Disinfection robots operate by first creating a digital twin of your facility using SLAM (Simultaneous Localization and Mapping) technology. Operators define "disinfection zones" and "no-go zones" on this map.

Once deployed, the robot autonomously navigates the space. If equipped with UV-C, it calculates the necessary exposure time for specific surfaces to neutralize DNA/RNA of pathogens. If utilizing dry-mist, it dispenses a calculated cloud of disinfectant that settles on surfaces without damaging electronics.

Advanced sensors (LIDAR and Depth Cameras) ensure the robot detects obstacles and people instantly. If a human enters a UV-C robot's workspace, safety interlocks immediately shut off the lamps to prevent injury.

Where It's Used

Healthcare Facilities

Operating rooms, patient wards, and waiting areas require hospital-grade sterility. Robots can sanitize an OR in minutes between procedures.

Airports & Transit

High-touch areas like kiosks, railings, and seating areas in terminals are sanitized overnight or during low-traffic windows.

Manufacturing & Warehousing

Sanitizing locker rooms, cafeterias, and shift-change areas ensures workforce health and reduces sick-leave downtime.

Commercial Offices

Routine disinfection of meeting rooms and lobbies demonstrates a commitment to employee wellness and safe return-to-office policies.

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 is the difference between UV-C and Dry Mist disinfection?

UV-C uses short-wavelength ultraviolet light to break down the DNA/RNA of pathogens, killing them without chemicals. Dry mist involves spraying a fine fog of disinfectant (like hydrogen peroxide) that settles on surfaces. UV-C is faster and leaves no residue, while misting can reach shadowed areas UV light might miss.

Is it safe for humans to be around the robots?

Spraying robots generally use non-toxic chemicals safe for re-entry shortly after cleaning. UV-C robots are NOT safe for human exposure during operation. However, they are equipped with PIR motion sensors and cameras that instantly shut off the UV lamps if a person is detected nearby.

How long does the battery last?

Most industrial disinfection robots have a runtime of 4 to 6 hours on a single charge. They are typically programmed to return to their charging dock automatically when the battery is low or the cleaning cycle is complete.

Does the robot replace manual cleaning staff?

No, it supplements them. Manual cleaning is still required to remove visible dirt, trash, and grime (cleaning). The robot follows up to kill microscopic pathogens (disinfection). This allows your staff to focus on high-value tasks while the robot handles the repetitive, hazardous sterilization.

How do I know the area was actually sanitized?

The robot generates a detailed post-mission report showing the path taken, the duration of exposure/spraying, and any obstacles encountered. This digital log serves as proof of compliance for hygiene audits.

Can the robot operate in the dark?

Yes. LIDAR sensors use lasers to map and navigate, meaning they function perfectly in complete darkness. This is ideal for night-time disinfection cycles in offices or malls.

How long does it take to map a facility?

Mapping time depends on the square footage. Typically, an operator walks the robot through the facility once to create the map. A 10,000 sq ft facility can usually be mapped in under an hour.

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

UV-C light requires line-of-sight. To mitigate shadows (e.g., under a table), the robot is programmed to navigate to multiple vantage points within a room. For areas with complex geometries, manual supplementary cleaning or hybrid spray systems may be recommended.

Does the UV light damage materials?

Prolonged exposure to UV-C can degrade certain plastics or fade colors over many years. However, the robots move constantly, preventing the kind of concentrated, long-term exposure that typically causes material damage.

What are the maintenance requirements?

Routine maintenance includes wiping down the robot's sensors, checking tire wear, and replacing UV bulbs or refilling chemical tanks. UV bulbs typically last several thousand hours before needing replacement.

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