UVC Disinfection

Application Scenarios

Hospitals and medical institutions

particularly in high-risk areas like operating rooms, patient wards, and emergency departments. These robots utilize intelligent navigation algorithms to autonomously move through spaces, detect high-touch surfaces, and disinfect them with UVC light. The AI-powered system ensures efficient and thorough disinfection by optimizing its movement patterns and avoiding obstacles.

Transportation Hubs

In airports, train stations, subways, and buses, UVC robots use intelligent sensors and real-time mapping to autonomously identify and disinfect frequently touched surfaces such as seats, handrails, and door handles. The robots' AI capabilities allow them to adapt to different environments, ensuring effective disinfection in high-traffic areas with minimal disruption.

Schools and Educational Institutions

Equipped with intelligent path-planning algorithms, the robots can autonomously navigate through these areas, disinfecting surfaces that students frequently touch. The system uses AI to determine the optimal cleaning paths, avoid obstacles like desks and chairs, and ensure that every high-contact area is disinfected.

Office Buildings and Workspaces

autonomously disinfect shared spaces such as conference rooms, break rooms, and restrooms. The robots are equipped with intelligent scheduling features, allowing them to disinfect during off-hours or in between work shifts to avoid disruption. AI algorithms track room usage patterns and adjust cleaning times, ensuring that high-touch surfaces like desks, keyboards, and door handles are disinfected regularly.

Hotels and Hospitality Industry

The robots use intelligent mapping and navigation to plan their cleaning routes and ensure complete coverage, even in difficult-to-reach areas like behind furniture or under beds. The AI system allows the robots to autonomously adjust their operation based on room layouts and specific cleaning requirements, providing guests with a clean and safe environment without interrupting their stay.

Product Specs

Autonomous Stationary

Radiance Angle	360°
Top UV-C	8
Bottom UV-C	8
UV-C Total Power	440W
WiFi	●
Remote Controller	●
Autonomous (LiDAR/RGBD)	●
Self-recharge (Docking Station)	●
Battery Capacity	2560WH
Camera Recorder	2MP
Audio Notification	●
Emergency Button	●
PIR Sensor	●
Dimensions	1650(H)610(W)550(D)(mm)
Weight	75kg
Certification	CE, FCC, ROHS,UL

Radiance Angle	360°
Top UV-C	8
Bottom UV-C
UV-C Total Power	1240W
WiFi	●
Remote Controller	●
Autonomous (LiDAR/RGBD)
Self-recharge (Docking Station)
Battery Capacity
Camera Recorder	2MP
Audio Notification	●
Emergency Button	●
PIR Sensor	●
Dimensions	1945(H)555(W)555(D)(mm)
Weight	45kg
Certification	CE, FCC,ROHS,UL

Customer Values

Mobile 3D Disinfecton Space No Blind Angle

The system utilizes advanced 3D mapping technology to scan the entire environment, creating a digital model of the space. The robot or system then uses this model to navigate autonomously, ensuring that every surface and corner is thoroughly disinfected without leaving any blind spots.

Intelligent High Efficient Disinfection

advanced technologies such as AI, sensors, real-time data analysis, and adaptive algorithms to optimize the disinfection process. This approach ensures that every aspect of disinfection, from route planning to resource use, is carefully managed for maximum efficiency.

Ensure Personnel Safety Eliminate Hazard Exposure

autonomously perform high-risk tasks, such as disinfection, without human involvement, using advanced sensors, real-time hazard detection, and AI-driven decision-making to ensure the safety of workers. By reducing exposure to harmful pathogens, chemicals, or physical hazards.

Release Manpower Reduce Repetitive Labor Force

By taking over routine, monotonous tasks such as disinfection, intelligent systems free up human workers to focus on more critical, higher-value activities. The ability to scale and improve labor efficiency also leads to cost savings, creating a more productive and adaptable workforce.