Chuangze Intelligent Disinfection Robot

Chuangze’s Intelligent Disinfection Robot emerged as a critical infection control tool during the COVID-19 pandemic, earning the 2021 A’ Design Award for Robotics, Automaton and Automation Design. The platform combines three sterilization methodologies—plasma air purification, ultraviolet irradiation, and surface disinfection—in an autonomous mobile system achieving 99.9% disinfection efficacy.

Product Overview

Designed for deployment in hospitals, public facilities, and high-traffic environments, the Chuangze disinfection robot addresses limitations of manual sterilization approaches: inconsistent coverage, personnel exposure risks, and labor intensity. The system operates autonomously along programmed routes, providing full-area environmental disinfection without human intervention during operation.

The robot’s multi-modal disinfection approach ensures thorough pathogen elimination across air, surfaces, and ground-level areas. This multi-modal capability proved particularly valuable during pandemic response, where Chuangze deployed units to healthcare facilities requiring intensive disinfection protocols.

Key Features

Winner of the 2021 A’ Design Award, Chuangze’s disinfection robot combines plasma air purification, UV-C irradiation, and surface spray into one autonomous platform achieving 99.9% pathogen elimination.

• Triple Disinfection Modality: Simultaneous plasma air purification, surround UV lamp arrays, and ground-level disinfection modules provide full environmental coverage
• 99.9% Disinfection Rate: Laboratory-validated efficacy against common pathogens including bacteria, viruses, and fungi
• Autonomous Navigation: SLAM-based navigation enables operation along predefined routes without human guidance during disinfection cycles
• Face Recognition & Temperature Screening: Integrated modules support facility access control and health monitoring during non-disinfection operations
• AI-Powered Operation: Deep learning-based natural language processing enables voice interaction for status queries and operational commands

Technical Specifications

Validated at 99.9% disinfection efficacy, the Chuangze robot navigates autonomously via SLAM, integrating UV-C, plasma, and surface spray with human-detection auto-shutdown for safe unattended operation.

Clinical Applications

High-Frequency Areas: Operating rooms, ICUs, patient wards, and procedure rooms requiring regular intensive disinfection benefit from consistent automated sterilization cycles.

Terminal Cleaning: Post-discharge room disinfection achieves standardized pathogen elimination without variability inherent in manual cleaning protocols.

Public Areas: Lobbies, waiting rooms, corridors, and elevator areas receive scheduled disinfection maintaining baseline environmental hygiene.

Medical Waste Zones: Areas handling biohazardous materials receive enhanced disinfection coverage reducing cross-contamination risks.

Disinfection Technologies

Plasma Air Purification

The integrated plasma module generates reactive species that neutralize airborne pathogens, providing continuous air quality improvement during robot operation. This approach addresses aerosol transmission pathways that surface disinfection alone cannot eliminate.

UV-C Irradiation

Surround-mounted UV-C lamp arrays deliver germicidal ultraviolet radiation to exposed surfaces within the robot’s operational radius. The configuration ensures shadow-minimized coverage compared to fixed UV installation approaches.

Surface Disinfection

Ground-level disinfection modules address floor surfaces and lower environmental zones often missed by overhead UV systems, completing the three-modality sterilization approach.

Regulatory Status

The Chuangze disinfection robot operates as an environmental sterilization device rather than a medical device, and therefore follows different regulatory pathways than clinical equipment:

Deployment Considerations

Operational Safety: UV-C radiation presents exposure hazards requiring operational protocols that ensure human absence during active disinfection cycles. The robot incorporates human detection and auto-shutdown features as safety redundancies.

Integration Requirements: Effective deployment requires integration with facility scheduling systems to coordinate disinfection cycles with room occupancy patterns.

Maintenance Protocols: UV lamp lifespan and disinfectant reservoir replenishment require scheduled maintenance to ensure consistent disinfection efficacy.

Frequently Asked Questions

How does the disinfection robot achieve 99.9% efficacy?

The triple-modality approach—combining plasma air purification, UV-C irradiation, and surface disinfection—addresses multiple transmission pathways simultaneously. Laboratory testing validates the combined system’s efficacy against common healthcare-associated pathogens.

Is the robot safe to operate in occupied spaces?

No. UV-C radiation poses exposure risks requiring room evacuation during active disinfection cycles. The robot incorporates human detection sensors and automatic shutdown features, but operational protocols should ensure unoccupied spaces before cycle initiation.

What facility types can deploy this robot?

Beyond hospitals, the system serves airports, hotels, schools, government buildings, commercial facilities, and other high-traffic environments requiring systematic environmental disinfection.