Smart Sala Disinfection Robot

The Smart Sala Disinfection Robot provides autonomous environmental sanitization for hospital facilities, combining atomized spray and ultraviolet sterilization technologies. Deployed as part of SAITE’s hospital service robot portfolio, the system performs scheduled or on-demand disinfection cycles without requiring dedicated operator supervision.

Product Overview

Smart Sala Disinfection Robot operates as a mobile disinfection platform capable of autonomous navigation through hospital corridors, patient rooms, operating theaters, and public areas. The robot employs multi-modal sterilization approaches to address both airborne pathogens and surface contamination.

Unlike stationary UV lamp installations or manual cleaning protocols, the autonomous disinfection robot covers designated areas according to programmed routes while automatically adjusting dwell time based on room dimensions and contamination risk levels. Hospital infection control teams can schedule regular disinfection cycles or dispatch the robot for immediate response to contamination events.

Key Features

Designed for hospital infection control, SAITE’s disinfection robot combines atomized spray and UV-C irradiation with autonomous scheduling and personnel detection for safe unattended operation.

Dual-Mode Disinfection

• Atomized spray delivery for air and surface treatment
• UV-C germicidal irradiation for pathogen elimination
• Full coverage eliminating blind spots common in manual cleaning

Autonomous Operation

• Self-guided navigation using LiDAR and multi-sensor fusion
• Automatic path planning based on facility maps
• Obstacle detection and dynamic rerouting
• Return-to-base for recharging and disinfectant replenishment

Intelligent Scheduling

• Integration with hospital scheduling systems
• Customizable disinfection protocols by area type
• Automated reporting of completed cycles
• Fleet coordination for multi-robot deployments

Safety Systems

• Personnel detection during UV operation
• Automated pause when humans enter treatment zone
• Visual and audio warnings during active disinfection

Technical Specifications

Built for hospital environmental sanitization, this robot delivers atomized spray plus UV-C disinfection with laser SLAM navigation, automated cycle reporting, and personnel-detection safety pause.

Clinical Applications

Operating Room Turnover Deployment between surgical cases reduces room turnover time while ensuring thorough sterilization. The robot navigates around equipment without requiring staff presence during the UV cycle.

Ward Disinfection Scheduled overnight disinfection of patient rooms, nursing stations, and common areas maintains baseline environmental hygiene throughout the facility.

High-Risk Area Treatment Intensive care units, isolation wards, and emergency departments receive prioritized disinfection coverage given elevated pathogen exposure risks.

Outbreak Response On-demand dispatch capability enables rapid response to identified contamination events, supplementing standard cleaning protocols during infectious disease outbreaks.

Disinfection Efficacy

The combination of atomized chemical disinfection and UV-C irradiation addresses different pathogen types and contamination scenarios:

• Atomized Spray: Reaches surfaces including undersides of tables, chair backs, and other areas difficult to treat with directional UV light
• UV-C Light: Damages DNA/RNA of bacteria, viruses, and spores without leaving chemical residues

Hospital-grade disinfectant solutions compatible with the atomization system enable targeted pathogen elimination while minimizing material damage to sensitive equipment.

Frequently Asked Questions

How does atomized spray disinfection work?

The robot generates a fine mist of hospital-grade disinfectant that distributes throughout the treatment space. This method achieves coverage of complex surfaces and air volumes that directional UV light cannot reach directly.

Is the UV component safe for hospital environments?

The robot incorporates personnel detection systems that automatically pause UV emission when humans enter the treatment zone. Visual and audio alerts warn nearby staff during active disinfection cycles.

How long does a typical disinfection cycle take?

Cycle duration varies based on room dimensions, selected disinfection modes, and required dwell times for effective pathogen elimination. The scheduling system calculates appropriate treatment times for each designated area.

Can the robot disinfect itself?

For self-disinfection capabilities, SAITE offers the dedicated Infection Control Robot model, which features an industry-first full-body self-sanitization function designed for isolation ward applications.