AIsirRobot Commercial Cleaning Robot

Applications

This industrial floor cleaning robot is an autonomous cleaning solution designed for indoor hard-floor environments where consistent daily cleaning quality and reduced labor dependency are priorities.

Different facility types face different cleaning challenges. Here is how this robot addresses specific pain points:

• Shopping malls and retail floors — High foot traffic creates continuous soil accumulation. Scheduled autonomous cleaning during low-traffic hours maintains floor appearance without allocating staff to manual mopping shifts.
• Office buildings and lobbies — Multiple small zones with varying traffic levels. App-based zone scheduling allows different cleaning frequencies for entrances, corridors, and open-plan areas.
• Hospitals and clinics — Hygiene standards are regulated. UV floor disinfection adds a supplementary hygiene layer for environments where surface sanitation is monitored and documented.
• Schools and educational facilities — Cleaning must happen within narrow time windows. Quiet operation at 71-73 dB enables after-hours cleaning without disrupting evening activities or dormitory areas.
• Hotels and hospitality corridors — Furniture, signage, and guest belongings create obstacle-rich environments. LiDAR-based obstacle avoidance handles these without manual pre-cleaning of the path.
• Factories and warehouse floors — Large open floor plans with edge and stair hazards. LiDAR navigation covers expansive areas, and anti-fall sensors prevent stair-edge accidents.
• Airports and transit hubs — Multiple zones with different access levels. Virtual wall settings restrict cleaning to designated areas without blocking passenger flow.

Actual suitability for a specific site depends on floor material, layout complexity, traffic patterns, and cleaning frequency requirements. A site assessment is recommended before final configuration.

Self-Cleaning Roller Technology

The robot uses a high-polymer sponge roller with built-in self-cleaning capability. The roller continuously cleans itself during operation, which prevents dirty water from being redeposited onto the floor. This means no secondary contamination during a single cleaning cycle.

For facilities where hygiene standards matter — hospitals, food retail, schools — this reduces the risk of spreading contaminants across floor areas compared to traditional mops that reuse soiled water. For a large retail floor, this means the robot can complete a full cleaning cycle without stopping to wash or replace the roller, reducing unattended cleaning interruptions that would otherwise require staff intervention.

4-in-1 Base Station

The docking station integrates four automated functions into one unit:

The station can be connected directly to a water tap and floor drain, eliminating the need for manual water changes. The 13L water tank capacity supports approximately 8.7 robot refills before requiring a water source refill. The robot operates for approximately 1 hour per full water charge. With the base station supporting 8.7 refills, total autonomous cleaning time can theoretically extend to approximately 8.7 hours before a water source refill is needed.

LiDAR Navigation and Obstacle Avoidance

A 360-degree LiDAR sensor maps the environment in real time. The robot detects obstacles up to 8 meters away and actively routes around items such as sofas, books, and shoes. Front, left, and right anti-fall sensors trigger automatic retreat near stairs or ledges.

Virtual wall settings allow facility managers to restrict cleaning to designated zones — useful for partial-area cleaning in open-plan spaces.

UV Floor Disinfection

An ultraviolet lamp mounted on the underside of the robot provides floor surface disinfection during the cleaning pass. This serves as a supplementary hygiene measure for environments with elevated sanitation requirements.

UV disinfection is a supplementary process. It does not replace established facility hygiene protocols or chemical disinfection procedures where regulated standards apply.

App-Based Cleaning Control

The robot supports app-based remote control with the following functions:

• One-tap global mapping and cleaning plan generation
• Spot cleaning for targeted areas
• Zone cleaning for defined floor sections
• Selected area cleaning for specific rooms or zones

The app interface displays real-time task status, area coverage, and remaining battery percentage.

Pressurized Scrubbing and Strong Suction

The robot applies pressurized scrubbing for deep cleaning, removing stubborn stains without damaging floor surfaces. Strong suction simultaneously collects dust, debris, and hair in a single pass. This combines scrubbing and debris collection in one pass, reducing the number of cleaning cycles needed per shift compared to separate mopping and vacuuming workflows.

Floor surface compatibility should be verified before deployment. The high-polymer sponge roller is designed for hard floors; suitability for delicate or specialty flooring materials should be confirmed.

A robotic floor cleaning machine does not replace your entire cleaning team. It replaces the repetitive, time-consuming floor mopping portion of their work — and does it more consistently.

This comparison helps you identify which portions of your current cleaning workflow can be automated and which still require human staff.

The robot is designed for indoor hard-floor surfaces. The high-polymer sponge roller provides scrubbing action that cleans without scratching standard hard flooring materials.

Based on the high-polymer sponge roller design, the following hard-floor types are expected to be compatible. Actual compatibility should be confirmed through a site assessment.

Compatible floor types include:

• Tile (ceramic, porcelain)
• Concrete (sealed)
• Vinyl and linoleum
• Stone (sealed marble, granite)
• Epoxy-coated floors

Requires confirmation before deployment:

• Unsealed stone or porous surfaces
• Anti-static or conductive flooring (common in electronics manufacturing)
• Heavily textured or uneven surfaces
• Floors with expansion joints or drainage channels

Floor surface compatibility should be verified with a site assessment before final configuration.