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Autonomous Sweeping Solutions.

Using artificial intelligent navigation and obstacle-detection technology, these machines complete repetitive cleaning routes while your employees focus on detailed cleaning, inspections, and higher-priority, revenue generating work.

What Is Autonomous Floor Sweeping?

Autonomous sweeping uses robotic floor cleaning technology to clean large commercial and industrial spaces with minimal operator involvement.

Unlike traditional sweepers that require an employee to drive the machine throughout the cleaning process, an autonomous mobile robot (AMR) can navigate a facility, follow programmed cleaning routes and complete repetitive sweeping tasks on its own.

Using a combination of onboard sensors, mapping technology and intelligent navigation, autonomous sweepers can recognize their surroundings, maneuver through designated cleaning areas and adjust their path as conditions change.

The result is a more consistent approach to routine floor cleaning, without requiring an employee behind the wheel for every cleaning cycle.

What Types of Facilities Benefit From Autonomous Floor Sweepers?

They are especially useful when employees spend significant time completing the same routine scrubbing tasks each day.

Autonomous scrubbers can be a strong fit for:

  • Manufacturing and industrial plants
  • Logistics and fulfillment facilities
  • Warehouses and distribution centers
  • Airports and transportation hubs

Where Robotic Sweepers Really Shine.

  • Under Racking System: Low-clearance and hard-to-access areas can easily become neglected during manual cleaning. Compact autonomous sweeping solutions can help keep dust and debris from accumulating beneath warehouse racking and storage systems.
  • Around Conveyor Systems: Material handling environments generate debris constantly. Autonomous sweeping allows facilities to clean around and underneath conveyor systems without dedicating an employee to repetitive sweeping routes.
  • Across Large Open Floors: Warehouses, distribution centers and manufacturing plants often contain thousands of square feet of repetitive cleaning area. These predictable spaces are ideal for autonomous operation.
  • In Areas That Need Frequent Attention: Some parts of a facility simply get dirty faster than others. Autonomous equipment can repeatedly address high-traffic or high-debris areas as part of a consistent cleaning program.
Watch The KEMARO K900 Get Under The Toughest Spaces!
  • Reduce Routine Manual Sweeping

    Automate repetitive cleaning routes so employees spend less time handling everyday dust and debris. Now, your team can focus on revenue-generating tasks.

  • Monitor & Track Cleaning From Your Device

    Connected autonomous systems can give your team visibility into machine activity, cleaning progress and route performance directly from a phone, tablet or computer.

  • Keep Floors Cleaner Between Deep Cleans

    Autonomous sweepers can maintain high-use areas between scheduled cleaning cycles with your heavy-duty industrial equipment.

  • Maximize Your Workforce

    Let your team focus on revenue-generating tasks while autonomous equipment handles repetitive routes.

  • Create Repeatable Cleaning Routes

    Program designated cleaning areas and routes so routine floor maintenance can be performed more consistently across your facility.

  • Extend Your Cleaning Coverage

    Use autonomous sweepers alongside traditional industrial equipment to clean more frequently in tight to get spaces like under conveyor belts, racking systems and more.

  • Build a Smarter Cleaning Program

    Combine autonomous maintenance cleaning, remote monitoring and heavy-duty sweeping or scrubbing for a more complete approach to facility floor care.

How Autonomous Sweeping Fits Into Your Operation.

Map and designated cleaning zones and routes are around your operation.

Set recurring cleaning routes based on your facility’s workflow, traffic patterns and cleaning needs.

Track machine activity, review cleaning progress and make updates as your facility or cleaning priorities change.

How does an autonomous floor sweeper work?

Autonomous sweepers use onboard sensors, mapping technology and intelligent navigation to follow designated cleaning routes while detecting and navigating around obstacles.

Can autonomous sweepers work around employees and equipment?

They are designed to operate in active facilities using sensors and obstacle-detection technology. The exact application should still be evaluated based on traffic, layout and operating conditions.

Do autonomous sweepers replace traditional sweepers and scrubbers?

Not necessarily. Autonomous equipment is often most effective when used alongside traditional floor-cleaning equipment. Robotic sweepers can handle repetitive maintenance sweeping while larger machines address heavier debris, deep cleaning and more demanding applications.

Where can robotic sweepers be used?

Common applications include warehouses, manufacturing facilities, distribution centers, logistics operations, transportation facilities and other large commercial or industrial environments.

Can an autonomous sweeper clean underneath racking and conveyors?

Certain low-profile robotic sweepers can access areas that larger ride-on or walk-behind equipment may struggle to reach. Equipment selection depends on available clearance and the specific facility layout.

Can autonomous sweeping be monitored remotely?

Depending on the equipment, operators may be able to review machine status, cleaning activity and other operating information through connected software or mobile apps.

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