The Hidden Costs of Warehouse Cleaning

Floor cleaning is one of the biggest blind spots in many warehouses. Rising labor costs, downtime, and new compliance requirements increase overall costs and often go unnoticed. This white paper highlights the costs companies frequently overlook and the questions they should be asking themselves now.

Download White Paper

Learn more about:

The hidden costs of manual floor cleaning, from labor costs to downtime

Why the condition of the floor is critical for AGVs and AMRs

The role of data protection, compliance, and data sovereignty in connected cleaning technology

How the market is evolving and what companies should consider when making investment decisions

Eight questions to help you evaluate your current cleaning strategy

Complete form to get free instant access to the full KEMARO White Paper

Is Your Warehouse Floor a Blind Spot?

The Rising Cost of Labor

Minimum wages for building cleaning are structurally increasing across the DACH region by law. Germany's interior cleaning minimum wage will reach €15.00/hour by January 2026. Combined with logistics staff turnover rates running at 40% or higher, the traditional manual cleaning model is facing severe financial pressure.

The Threat to Automation

The European warehouse automation market is forecast to grow by 17.86% annually. However, dust and debris on unmanaged floors can interfere with the sensors of automated guided vehicles (AGVs) and autonomous mobile robots (AMRs), causing expensive, unplanned downtime.

Hidden Data & Compliance Risks
Connected cleaning equipment acts as operational technology (OT) that generates and transmits sensitive facility data. This introduces significant data privacy risks, with potential GDPR fines reaching up to €20 million or 4% of annual turnover.

View from above of the K900 Gen II model.
11Billion
Paid out annually by Berufsgenossenschaften in accident-related costs, with slips, trips, and falls accounting for one in four workplace accidents in Germany in 2024.
18.2
%
The compound annual growth rate of the global cleaning robot market from 2025 to 2030.
2024
The financial year when the first Corporate Sustainability Reporting Directive (CSRD) reporting obligations apply, requiring greater proof of routine facility processes.

Get the Full Industry Perspective.

Stop treating floor cleaning as an unmanaged expense. Download our comprehensive guide to understand the structural forces changing industrial cleaning and discover the eight critical questions every facility manager must ask before their next site review.

Robotics developed in Switzerland

Sustainable performance

No chemicals, water, or lighting required—say goodbye to combustion engines.

Say hello to sustainable dry sweeping. Our waterless, chemical-free cleaning solution protects packaged goods and sensitive areas and minimises environmental impact. Guaranteed to meet or exceed industry regulations.

Reduced use of chemicals

24/7 autonomous cleaning

Dedicated customer service

Durable and robust components

Background image showing a view above the clouds of a bright blue sky.
Product overview
Cleaning performance
Up to 1’000m²/h .
Speed
0.7 m/s
Area cleaning per docking station
Up to 20’000 m²
Autonomy
Mapping + charging
Dimensions
35 cm height, 32 kg weight
Cleaning width
90 cm
Dust container
35L
Battery life
4 h
Charging time
90 min
Charging station
85-240 V
Dust filter size
2 m²
Filter cleaner
Automatic
Contact us
FAQs

FAQs

Why invest in an autonomous sweeper?

We support global logistics and industrial companies by reducing cleaning costs by up to 70%, enabling effortless labor, and delivering sustainable, cutting-edge robotic solutions. These savings can exceed €22,000 per year, providing significant financial relief for businesses worldwide. 


Our autonomous robots ensure continuous cleaning, promoting employee health and safety while preventing industrial machinery damage. Equipped with advanced perception and navigation, they adapt seamlessly to various environments, including hazardous zones. With enhanced human-machine interaction, our technology enables live monitoring, performance tracking, and reporting through the KEMARO web app and cloud.

With around-the-clock automation, configurable time settings, and flexible scheduling, our robots operate efficiently with real-time mapping and advanced analytics. Engine-free engineering minimises wasted energy, and all KEMARO models are built with durable components to ensure long-lasting performance.

How does the cleaning robot work?

Using sophisticated algorithms and artificial intelligence, our robots efficiently clean large industrial areas with ease. KEMARO offers a range of GEN II cleaning solutions, including the K900 Smart, K900 ECO, K900 TOP, and K900 Integrated, each designed for specific industrial needs.


These autonomous sweeper robots navigate seamlessly within a space, operating around the clock while intelligently sensing their environment and avoiding obstacles. To ensure a hassle-free experience, KEMARO provides professional installation, maintenance, and remote servicing, allowing customers to simply “plug and play” their K900 robots. Our cleaning solutions are designed to deliver efficiency, reliability, and peace of mind for both end customers and distributors.

Where can I use the KEMARO K900 Gen II model?

As the only autonomous cleaning solution available for storage and retrieval systems, the K900’s lightweight design ensures compatibility with floor weight restrictions, while its advanced navigation algorithm enables it to cover up to 20'000 m²—scalable to 100'000 m² with multiple docking stations.

May the robot be used in a wet environment?

The robot is rated IP54, meaning electrical enclosure is protected from water spray from any direction. Therefore, the robot may be used in a wet indoor environment. Although it does not sweep liquids, small amounts of moisture do not affect the machine.

K900 robot sweeper placed in front of its charging station at a moderate distance where it can read the station's QR code sticker.