AIsirRobot Commercial Cleaning Robot | 3-Brush Dry-Wet Separation System

Why Partner with AIsirRobot

AIsirRobot is a robot product and application solution provider — not a factory and not a single-brand distributor. We help you evaluate, select, and deploy the right commercial cleaning robot for your specific floor environment. This page features one of our multi-function cleaning configurations with a triple-brush dry-wet separation system.

Our role across the procurement and deployment lifecycle:

• Requirement assessment — We review your floor plan or site video, confirm floor materials across all zones, verify route widths, and analyze cleaning windows before recommending a model.
• Supplier and configuration coordination — We coordinate robot setup, cleaning zone plans, scheduling requirements, water supply and drainage connection points, and charging location with the manufacturing partner.
• Quality control coordination — Before dispatch, we conduct pre-shipment inspection covering configuration verification, functional testing, and documentation review — so what arrives matches what was confirmed.
• International delivery coordination — Lead times of approximately 35 days, MOQ starting from 1 unit, shipping to global destinations with export documentation support.
• After-sales coordination — A 12-month warranty period with response channels for troubleshooting and replacement parts. Accessory resupply (brushes, squeegee blades, dust bags) can be arranged through the configuration discussion.
• Deployment support — Remote guidance including initial VSLAM mapping walkthrough, APP/WEB platform setup, zone configuration, and water handling procedures. On-site deployment support is available on request and confirmed per project.

You focus on facility operations. We help you source, verify, configure, and deploy.

[Discuss Your Floor Cleaning Requirements]

This autonomous cleaning robot is designed for indoor facilities with mixed flooring types where one-pass cleaning, dry-wet separation, and multi-surface compatibility are priorities.

Each scenario below identifies the cleaning pain point, how this robot addresses it, and what must be confirmed before deployment.

• Hotels — Mixed flooring across lobbies, corridors, and function rooms requires multiple cleaning methods. The 4-in-1 system handles seven floor types in a single pass. Confirm corridor widths accommodate the 578 mm body and water connections are accessible per floor.
• Office buildings — Varying traffic levels across entrances, corridors, and open-plan areas. VSLAM with breakpoint resume ensures consistent coverage after interruptions. Confirm threshold transitions are navigable and IoT elevator integration is available for multi-floor deployment.
• Shopping malls — Large open areas with non-business-hour cleaning windows. The 60L main tank with automatic supply and drainage supports extended cycles; multi-robot fleet scheduling enables parallel cleaning. Confirm water connection points and drainage access.
• Hospitals — Regulated hygiene environments with mixed surface materials. The triple-brush dry-wet separation keeps dry and wet waste separate, which may help reduce cross-contamination risk during the cleaning pass. The approximately 30-second drying time helps floors return to service quickly. Confirm floor compatibility, infection control schedule alignment, and that regulated chemical disinfection protocols are not replaced by this robot’s cleaning function.
• Supermarkets and retail — High-traffic, spill-prone surfaces. The 4-in-1 function handles coffee, juice, and food debris; the 8L dust bag reduces change frequency. Confirm aisle widths and that schedules avoid peak shopping hours.
• Warehouses and logistics centers — Concrete and epoxy floors with dust accumulation. Sweeping mode provides up to 12 hours runtime with 560 mm width; 5-second battery swap enables cross-shift operation. Confirm obstacle density in active zones and schedule alignment with warehouse operations.

Site suitability should be verified using a floor plan, route-width check, floor material list, and operating-condition review before final configuration.

Triple-Brush Dry-Wet Separation System

Feature: The robot uses a triple-brush design that the manufacturer describes as an industry-first configuration. Dual roller brushes pre-sweep dry waste, and a single roller brush performs wet scrubbing. A partition gap between the dry and wet zones keeps dry waste dry before collection.

Benefit: This dry-wet separation means the robot does not push dirty water across already-cleaned areas — a common issue with single-brush or manual mopping methods. The result is a cleaner floor in a single pass, with less rework.

Partition gap effectiveness on specific debris types depends on the floor environment and should be evaluated during the site assessment.

4-in-1 Cleaning: Sweep, Vacuum, Scrub, and Dust

Feature: The robot integrates four cleaning functions in one unit: sweeping, vacuuming, scrubbing, and dusting. The 400 mm scrubbing width covers the primary cleaning path; the 560 mm sweeping width with dual side brushes extends dry debris collection. The robot handles common commercial debris including hair, paper scraps, dust, coffee, juice, and other typical spill materials.

Benefit: Facility managers no longer need separate machines or manual tool changes when transitioning between floor types or cleaning tasks. This reduces equipment procurement costs, storage space, and operator training requirements.

The manufacturer states that the dual side brushes expand the coverage area by 40 cm compared to a standard single-brush design. This figure is a manufacturer’s claim — verify against your floor layout during the site assessment.

Residual-Water Recovery with 23,500 Pa Suction

Feature: After the scrubbing pass, a hurricane-mode suction system removes residual water within approximately 30 seconds. Maximum suction reaches 23,500 Pa (adjustable), combined with a residual-water algorithm and an optimized tube diameter-to-suction ratio.

Benefit: Immediate water extraction helps prevent residue buildup and reduces slip hazards on freshly cleaned floors, allowing foot traffic to resume sooner than with air-dry-dependent methods.

Actual drying performance depends on floor material, cleaning speed, and soil level. Textured or uneven surfaces may retain some residual water. The “30-second” figure is based on manufacturer specifications under controlled conditions.

10-Component 3D Multi-Modal Perception

Feature: The robot is equipped with ten detection components for obstacle perception in dynamic environments:

Benefit: This multi-modal setup enables the robot to navigate through populated areas and around irregular obstacles — reducing the need for pre-cleaning clearance and enabling operation during business hours in selected zones.

Object-recognition capabilities (e.g., obstacle classification, semantic identification) vary by configuration and can be reviewed during consultation.

VSLAM Navigation with Breakpoint Resume

Feature: The robot uses VSLAM (Visual Simultaneous Localization and Mapping) for path planning. A breakpoint resume re-scan function allows the robot to resume cleaning from where it left off after an interruption — such as a paused task or a detour around a temporary obstacle — without re-cleaning completed areas.

Benefit: Route coverage remains consistent every cycle, independent of operator fatigue or shift changes. This is particularly relevant for facilities with high foot traffic where cleaning interruptions are common.

Path efficiency depends on floor layout complexity, obstacle density, and the number of zones mapped. Multi-floor operation requires physical relocation and re-mapping on each level.

Dual Water Tank System with Automatic Supply and Drainage

Feature: The robot features a two-tier water tank system:

Benefit: The main tank enables automated fresh water supply and waste water drainage, reducing manual water handling during operation. The APP allows customizable detergent ratio adjustment for cleaning efficiency optimization.

Water supply and drainage connections must be available at the deployment site — the automatic water management function depends on accessible plumbing, so verify connection points during the site assessment.

5-Second Battery Swap and Modular Maintenance

Feature: The robot supports a 5-second battery replacement for continuous cross-shift operation. A spare battery enables significantly reduced downtime — swap the depleted battery and continue while it charges separately. Routine care takes approximately 35 seconds, and the waste water tank is removable and washable. An 11.6-inch ergonomic touchscreen provides on-device control with audio, light, and electrical status alerts.

Benefit: Cross-shift continuous operation is possible without charging downtime, subject to spare battery availability. Modular maintenance reduces the daily time commitment from facility staff.

Spare battery availability, replacement schedules, and accessory pricing are confirmed during the configuration discussion.

100% Digital Management with Multi-Robot Fleet Scheduling

Feature: The robot supports full digital management through APP and WEB interfaces: task management, status monitoring, remote dispatch, and cleaning reports. Multi-robot fleet scheduling allows coordinated deployment of multiple units. IoT-linked elevator and door auto-pass enables autonomous multi-floor movement, subject to elevator and access control system compatibility.

Benefit: Facility managers gain visibility into cleaning operations across all zones and shifts — enabling data-driven decisions on scheduling, staffing, and equipment allocation.

Platform features, data retention policies, fleet management limits, and IoT integration requirements vary by configuration — available on request.

This robotic floor cleaning machine does not replace your entire cleaning team. It replaces the repetitive, time-consuming multi-step floor cleaning process — sweeping, then mopping, then vacuuming — and does it in a single pass with consistent quality. The robot still requires personnel for water system connection, battery management, exception handling, and routine maintenance.

The following comparison reflects general industry characteristics of manual mopping and ride-on scrubbers; specific performance depends on model, operator, and facility conditions.

The robot cleaning system is designed for indoor surfaces spanning both hard floors and short-pile carpet. The triple-brush system and 4-in-1 cleaning function support the following floor materials:

• Short-pile carpet
• Marble
• Wood
• Tile (ceramic, porcelain)
• Vinyl
• Epoxy-coated floors
• Granite and engineered stone

The robot’s floor detection function automatically detects and adjusts cleaning mode between carpet and hard floor surfaces. Compatibility with specific flooring must be confirmed before quotation. Surfaces requiring confirmation include unsealed stone, anti-static flooring, heavily textured surfaces, and floors with expansion joints or drainage channels. Specific detection thresholds and transition behavior should be verified during the site assessment.