CenoBots
Autonomous Cleaning Robots for Commercial Facilities

CenoBots L4

Autonomous Floor Scrubbing Robot

The Cenobots L4 is an autonomous floor-cleaning robot designed to support consistent, efficient facility maintenance. It delivers reliable scrubbing performance that helps facilities maintain high cleanliness standards with minimal manual effort.

How It Navigates Facilities

The L4 uses smart pathfinding to optimize cleaning routes while safely avoiding obstacles and drop-offs, ensuring thorough coverage without constant supervision.

Can It Work in Active Environments?

Yes. The L4 operates quietly and integrates smoothly into active environments, allowing cleaning to happen without disrupting staff, customers, or daily operations.

How Do You Manage and Monitor the L4?

Teams can manage cleaning operations from anywhere with:

Real-time monitoring – Track cleaning progress and robot status.

Flexible scheduling – Set automated cleaning times that fit your operational needs.

Efficient oversight – Maintain cleanliness standards without constant hands-on management.

Easy to Operate – Simple controls and intuitive operation mean minimal training is required for your team.

What Are The Key Features of the Cenobots L4?

The Cenobots L4 enables facilities to achieve consistent, high-quality floor cleaning while reducing labor demands and operational complexity.

Compact Design: At only 31.9 inches wide, the L4 easily navigates through standard doorways and narrow spaces without sacrificing cleaning power. 

Extended Runtime: With up to 4.5 hours of operation per charge, the L4 efficiently handles both small areas and large facilities.

Smart Navigation: Equipped with 3D LiDAR, depth cameras, and bumper sensors, the L4 maps environments and avoids obstacles with precision.

Simple Maintenance: Tool-free brush replacement, a large recovery tank opening, and quick blade swaps make daily upkeep fast and convenient.

Autonomous Operation: The L4 supports remote deployment, OTA software updates, and mobile app reporting, reducing the need for manual oversight.

Cenobots SP50

Autonomous Vacuum Sweeper for High-Traffic Facilities

The Cenobots SP50 is an autonomous vacuum sweeper designed to handle large, high-traffic facilities with unmatched efficiency. Built for durability and ease of use, it provides a reliable, low-maintenance solution for keeping expansive spaces spotless and safe.

Where Does It Work Best?

The SP50 delivers powerful cleaning performance across demanding environments:

Retail Centers – High foot traffic and constant debris.

Healthcare Facilities – Clean, quiet operation for patient areas.

Educational Campuses – Large spaces requiring consistent maintenance.

Transportation Hubs – Airports, train stations, and bus terminals.

How The SP50 Cleans Effectively

Dual Cleaning Action – The SP50 sweeps and vacuums simultaneously using dual side brushes and a high-suction roller for maximum debris capture in a single pass.

Intelligent Debris Detection – Advanced recognition system identifies over 30 types of waste with 99% accuracy, ensuring nothing is missed—from paper and plastic to food waste and small objects.

Key Performance Specifications

Extended Runtime

16 hours in spot-cleaning mode.

8 hours in regular cleaning mode.

Ideal for facilities requiring around-the-clock cleanliness.

High Productivity Coverage

Cleans up to 20,000 m² per hour in spot-cleaning mode, making it a powerful choice for expansive spaces like convention centers, warehouses, and large retail environments.

Quiet Operation

Runs at ≤ 65 dB for low-noise performance, allowing it to work in hotels, hospitals, and retail environments without disrupting guests, patients, or customers.

How Does It Navigate Complex Facilities?

The SP50 is equipped with advanced sensing technology:

3D LiDAR – Precise environmental mapping

Depth Cameras – Real-time spatial awareness

Ultrasonic Sensors – Safe obstacle detection and avoidance

This intelligent navigation system ensures thorough coverage while safely maneuvering around people, equipment, and facility obstacles.

What Makes It Built to Last?

Durable Construction - Engineered for demanding commercial and industrial environments with robust components designed for continuous operation.

Low-Maintenance Design - Simple upkeep requirements reduce operational complexity and keep the SP50 running reliably with minimal downtime.

Easy to Operate - Intuitive controls and straightforward setup mean your team can deploy the SP50 quickly without extensive training.

The Cenobots SP50 ensures consistent cleanliness across large, high-traffic facilities while significantly reducing labor demands. Its combination of extended runtime, intelligent debris detection, and advanced navigation makes it an ideal solution for organizations looking to modernize facility operations without compromising on quality or safety.

Cenobots L50

Autonomous Scrubber Dryer for Large-Scale Facilities

The Cenobots L50 is a high-capacity autonomous scrubber dryer designed for large-scale commercial, industrial, and municipal environments. Built with an integrated water tank and body design for maximum durability, the L50 delivers superior productivity and consistent performance in facilities that demand spotless floors at scale.

Where Is This Commercial Cleaning Robot Most Effective?

The L50 excels in expansive, high-traffic environments:

Airports & Transportation Hubs – Continuous operation for constant cleanliness.

Warehouses & Distribution Centers – Wide coverage for large floor areas.

Hospitals & Healthcare Facilities – Reliable sanitation for critical environments.

Manufacturing Plants – Heavy-duty cleaning for industrial spaces.

Convention Centers & Arenas – Rapid turnaround between events.

Municipal Buildings – Efficient maintenance of public facilities.

High-Capacity Performance

Large Solution Tank - 14.5-gallon (55 L) capacity with matching recovery tank minimizes refills and maximizes cleaning productivity, allowing longer uninterrupted operation.

Extended Runtime - Up to 6 hours of operation per charge—built for continuous cleaning in expansive facilities without frequent recharging breaks.

Wide Cleaning Path - 20-inch (510 mm) scrub width delivers efficient coverage, significantly reducing cleaning cycles compared to standard commercial scrubbers.

Can The L50 Run Around the Clock?

Yes—24/7 autonomous operation is made possible with workstation compatibility which enables fully automated maintenance: 

Automatic Water Filling – Refills solution tank without manual intervention.

Automatic Drainage – Empties recovery tank independently.

Automatic Charging – Returns to charge when needed.

This workstation integration allows the L50 to operate continuously, making it ideal for facilities requiring constant floor cleanliness.

How Does This Robot Navigate Complex Spaces?

The CenoBots L50 seamlessly navigates through complex spaces with its advanced smart navigation system:

3D LiDAR Mapping
Creates precise environmental maps for optimal path planning and thorough coverage.

Depth Cameras
Provides real-time spatial awareness and obstacle identification in dynamic environments.

Safety Sensors
Multiple sensor layers ensure safe operation around people, equipment, and facility obstacles, even in busy, unpredictable spaces.

Built for Demanding Environments

Durable Construction
Engineered with an integrated body and tank system designed specifically for heavy-duty commercial and industrial use.

Long-Term Reliability
Robust components and simplified maintenance requirements reduce downtime and operational costs.

Consistent Performance
Maintains cleaning quality across extended shifts, ensuring facilities stay clean without performance degradation.

Technical Specifications at a Glance

The Cenobots L50 delivers industrial-grade autonomous floor scrubbing for facilities that cannot compromise on cleanliness. With high-capacity tanks, extended runtime, wide coverage, and optional 24/7 operation capability, the L50 ensures large-scale environments maintain spotless floors while dramatically reducing labor demands and operational complexity.