Scrubber vacuum robots: Efficiency in industrial floor cleaning

In the current market landscape, facility managers are faced with an unmanageable selection of hardware manufacturers. werob does not act as a seller of a single brand, but as the key system integrator in Europe. The goal is to translate an operator's workflow into a usable robot specification within 48 hours. While traditional consulting firms take months to analyze, werob uses a spec engine that has been trained on over 35,000 projects.

A scrubber-dryer robot alone does not solve problems if it is not integrated into the existing stack. werob therefore offers ready-made connectors for systems such as SAP EWM or common PMS solutions. This makes the hardware an integral part of the operational level. The focus is always on the result. werob's commercial model is outcome-only, meaning that customers only pay when the robot is in productive use. This eliminates the financial risk of bad investments in unsuitable hardware.

The economic validation of autonomous cleaning systems is carried out using hard key figures. In the F&B industry, especially when cleaning kitchen floors, companies achieve annual cost savings of 44,000 euros per location by using specialized scrubber-drying robots. This sum results from the reduction of manual work hours, optimized use of cleaning chemicals and the avoidance of downtime due to accidents on wet floors.

Compared to manual processes, robotics offers consistent quality that is independent of staff shortages or shift schedules. An FM service provider that supports 50 locations can achieve economies of scale that would not be achievable with human labor through central control via the werob Cockpit. The amortization of the systems usually occurs within the first year of operation, as we use the supplier match process to select from over 44 OEMs exactly the hardware that offers the best price-performance ratio for the specific floor condition and area size.

A key mistake many companies make is vendor lock-in, i.e. being tied to a single robot manufacturer. werob breaks down this model. With over 280 maneuverable robots in the catalog and partnerships with leading OEMs such as Pudu, Ecovacs or Avidbots, werob offers an objective selection. The Spec Engine evaluates the requirements of the location against the technical data of the manufacturer and creates a ranking.

This agnosticism is particularly important because the requirements differ fundamentally between a hospital, a logistics center and a hotel lobby. While noise emissions and design are the focus in the hotel industry, robustness and area performance are what count in logistics. By having access to a broad portfolio, werob ensures that the selected hardware exactly fits the task. If a model proves to be suboptimal in live operation, the platform structure enables a quick change within the werob ecosystem.

An often underestimated aspect of the introduction of cleaning robots is the legal framework. From January 20, 2027, the new EU Machinery Regulation 2023/1230 will be binding. Many Asian OEMs currently do not have the necessary conformity assessments for the European market. werob acts as a compliance path here. We ensure that all systems used meet the strict security requirements before they go into operation.

In addition to the machine regulations, aspects such as the GDPR for camera-based systems, ISO 27001 for information security and industry-specific standards such as HACCP in the food sector must be taken into account. The werob Cockpit monitors these regulatory parameters in real time via a four-dimensional traffic light system. This gives operators the security that their fleet not only operates efficiently, but also in a legally compliant manner. This protects the company from liability risks and regulatory sanctions.

The true power of an automated cleaning solution lies in its connectivity. A scrubber-dryer robot that works in isolation creates islands of data. werob integrates the fleet directly into the operator stack. Whether it's about the connection to SAP EWM for coordination with the flow of goods or integration into facility management software, werob's connectors are prefabricated and ready for use. This shortens the implementation time to just eight weeks.

The werob Cockpit serves as the central control unit. Not only are hardware status messages displayed here, but performance is also measured against the original specification. The system monitors the infrastructure, such as the availability of charging stations and water connections, as well as compliance with cleaning cycles. This visibility allows operational managers to make informed decisions and continually optimize the fleet. The cockpit is the link between the physical hardware and the digital management level.

The process begins with a simple intake procedure. Werob translates the shift schedules and tasks into a technical specification within 48 hours. After five days, a concrete offer is available that is based on the supplier match. The selection of hardware is purely data-based in order to guarantee the best performance for the respective location. As soon as the decision has been made, werob takes over the entire logistics and configuration.

In the eighth week, the robot is already in use on the site. During this time, the connectors are activated in the customer's IT systems and the on-site staff are instructed. The goal is a smooth transition where the operator does not have to make any upfront investments before the system delivers measurable value. This accelerated workflow differs massively from classic consulting approaches, which often get stuck in long discovery phases.

The requirements for building cleaning are constantly changing. A system designed for a warehouse today may need to survive in a production environment tomorrow. The modular structure of the werob platform means the operator remains flexible. New robot models can be easily added while central management via the cockpit remains consistent. This is particularly crucial for growing medium-sized companies.

Werob plans to have over 2,000 robots in live operation in Europe by 2028. This scaling allows us to continually incorporate best practices from various industries into the Spec Engine. Customers therefore benefit from collective knowledge from thousands of projects. Investing in an integrated solution from werob is therefore not only an answer to today's shortage of skilled workers, but also a strategic positioning for the automated future of facility services.