Revolution in Rostock: Cleaning robot Marvin takes over the cleaning patrol!

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Marvin, the autonomous cleaning robot at Rostock University Medicine, improves cleaning efficiency and relieves the burden on staff.

Marvin, der autonome Reinigungsroboter an der Unimedizin Rostock, verbessert die Reinigungseffizienz und entlastet das Personal.
Marvin, the autonomous cleaning robot at Rostock University Medicine, improves cleaning efficiency and relieves the burden on staff.

Revolution in Rostock: Cleaning robot Marvin takes over the cleaning patrol!

The Rostock University Medical Center (UMR) is extremely modern: an autonomous cleaning robot named Marvin ensures cleanliness. Classic cleaning patrols are a thing of the past, today Marvin takes over the reins and supports the cleaning staff in their daily work. The aim of the innovative use is to improve the quality of cleaning in heavily frequented areas, which of course need to be examined particularly closely. Marvin works efficiently, economically and ecologically - and word gets around quickly. “ SVZ reports about the impressive use of the robot in Rostock.

How does such a cleaning mission with Marvin actually work? The autonomous scrubber dryer has given clear routes and cleans independently. Not only is it easy to use, but it also ensures a high level of cleaning. Marvin cleans quickly with water and rotating brushes and immediately sucks up the dirty water. The integrated sensors help it to avoid obstacles. In the event of a malfunction, the cleaning staff is automatically notified. Marvin works in both the early and late shifts, a real all-rounder!

Modern cleaning technology rethought

Speaking of technology: Another powerful cleaning robot that shines in high-traffic areas is the PUDU SH1. This scrubber dryer has it all and enables an area performance of up to 1600 m² per hour. It combines professional cleaning technology with intuitive operation, making it an ideal choice for restaurants, shopping centers and even production halls. The Knextrsolutions highlights that the PUDU SH1 works with high pressure and high frequency technology that reduces water and detergent consumption by up to 80%.

The ability to efficiently remove stubborn dirt while saving cleaning times by up to 70% brings real added value for operators of large systems. And speaking of the ecological footprint: cleaning robots make a decisive contribution to reducing water and cleaning agent consumption, and not just in the area of ​​cleanliness.

Sustainability in facility management

A recent survey by. shows how important robots are in modern building cleaning Facilities management: Around 85% of the building service providers surveyed already use cleaning robots. What is particularly refreshing is the finding that around half use this technology in regular operations, while the other half carry out pilot projects in order to optimally introduce the robot into the team. Thomas Ball from Lünendonk & Hossenfelder emphasizes the need to relieve cleaning staff through robotics.

The recently published white paper on robotics in cleaning also shows the savings through automation and the positive support for sustainable cleaning concepts. Wackler board member Peter Blenke talks about the cost savings and the CO2 footprint that these intelligent technologies bring with them. This not only optimizes the cleaning quality, but also protects the environment - a win-win situation for everyone involved.

Overall, Marvin and company are a strong sign for the future of cleaning technology and show how technology can be integrated innovatively and sustainably into the work process. The future has already begun!