Maintaining a clean and polished floor is vital for commercial facilities to create a welcoming environment for customers and employees alike. Clean floors play an important part in keeping buildings safe and healthy for building patrons, and with all industries seeing more regulation and concerns regarding the cleanliness and safety of the environment, floors should not be ignored.
Traditional floor cleaning methods can be time-consuming, labor-intensive, and inefficient. However, with the advent of robotic technology, commercial spaces now have access to advanced floor scrubbers that combine efficiency and innovation.
Below is a list of the top benefits gained by deploying robotic floor cleaning equipment and what the best on the market have to offer.
Efficiency is a paramount consideration when selecting a robotic floor scrubber for commercial spaces. These machines are designed to optimize cleaning performance, saving time, effort, and resources. Here are some key features that make a robotic floor scrubber highly efficient.
The perfect robotic floor scrubber utilizes advanced sensors, such as lasers, cameras and lidar sensors, to navigate the environment accurately. This enables it to map out the floor layout, detect obstacles, and create an optimal cleaning path. The scrubber can efficiently cover every inch of the floor, ensuring thorough cleaning without wasting time or energy.
To achieve exceptional results, the ideal robotic floor scrubber combines robust scrubbing brushes and strong suction capabilities. These components work together to effectively remove dirt, grime, and even tough stains from various types of floor surfaces.
Powerful suction capabilities ensure that the floors are left clean, dry, and safe for immediate use, reducing the risk of accidents. With its powerful cleaning mechanisms, the scrubber can tackle even the most challenging cleaning tasks effortlessly.
Additionally, in commercial Facilites with high foot traffic spaces, it can be difficult to keep the area clean without professional cleaning equipment.
Because of this, many industries have adopted robotic floor cleaning scrubbers to help them keep up with health and cleanliness guidelines. Global Newswire points out “several end users, such as airports, retail establishments, and healthcare centers, are adopting robotic floor scrubbers to adhere to various cleanliness regulations.”
Reasons for this as Global Newswire highlights are because “A robotic floor scrubber can reduce the chances of serious and fatal infections and injuries by minimizing manual work. Hence, the robotic floor scrubber market is rising remarkably from such growing industries.”
Patterns: Robotic floor scrubbers utilize algorithms to optimize cleaning patterns, ensuring comprehensive coverage, and eliminating redundant movements. This efficiency not only saves time but also reduces energy consumption and increases battery life, allowing for longer cleaning cycles.
Optimal water management is a crucial aspect of efficiency in robotic floor scrubbers. The perfect machine employs intelligent water usage algorithms that regulate the amount of water dispensed based on the floor type and level of dirtiness. This feature ensures efficient water utilization, reduces the need for refilling, and minimizes wastewater generation, resulting in considerable time and cost savings.
Innovation plays a pivotal role in elevating the capabilities of robotic floor scrubbers. The perfect machine incorporates cutting-edge technologies that enhance its performance and user experience. Here are some innovative features to look for.
AI-powered robotic floor scrubbers are equipped with machine learning algorithms that enable them to adapt to their surroundings. These machines can analyze the floor surface, detect variations, and adjust brush pressure or cleaning patterns accordingly. Over time, they learn from experience, continually improving their cleaning efficiency and effectiveness.
The ideal robotic floor scrubber offers advanced connectivity and remote monitoring capabilities. Operators can access real-time data on cleaning progress, battery status, and machine performance from a centralized control panel or through a mobile application.
Due to the access to data, facilities managers can more easily manage cleaning across large multiple sites, and they can use the data to improve cleaning processes. Fleet management allows for better oversight, scheduling optimization, and proactive maintenance, leading to increased productivity and reduced downtime.
To streamline operations, the perfect robotic floor scrubber can be added to any facility easily. This means the facility should not have to go through large-scale infrastructure updates to easily adopt automation.
In the case of Cobi 18, the cobot (collaborative robot) only needs a safe place to be stored and if possible next to an electrical outlet. The unit has an onboard charger so after use, the unit charges simply by plugging the attached chord into a standard electrical outlet.
This means the unit can be deployed in any type of facility and does not need a charging or docking station wired into the facility.
Additionally, the perfect robotic scrubber should be easy for the cleaning team to maintain. Cobi comes with click on and click off parts, making it quick and easy for team members to clean the brushes, squeegee, and hopper.
Plus, the water and solution tank are part of the same mold and can be lifted out of the machine for easy dumping and filling. Overall daily maintenance takes on average 15 minutes making it easy to integrate into the daily cleaning processes at any facility.
A robotic floor scrubber that prioritizes efficiency and innovation also significantly enhances overall productivity in commercial facilities. Here's how it achieves this:
The perfect robotic floor scrubber can be programmed to operate autonomously, providing the flexibility to clean during off-peak hours. This eliminates the need for human intervention and allows the cleaning process to occur seamlessly without disrupting normal facility operations. Cleaning tasks can be scheduled in advance, reducing manual labor requirements and improving productivity.
Plus, while the unit is taking care of floor cleaning staff members can focus on other important tasks. Whether it is other cleaning projects, delivering better customer service, or stocking coolers and shelves, adding automation helps increase productivity and can even help boost customer satisfaction depending on the type of facility.
Robotic floor scrubbers rely on battery power, so it is important to consider the type of battery used in the equipment. Lithium-ion batteries are the optimal choice for efficient and convenient operations as they can be opportunity charged.
This means, the battery can be charged at any time and does not need to be completely depleted before charging. Lithium-ion batteries are also maintenance free, which saves lots of time when compared to traditional equipment batteries.
The best robotic floor scrubber incorporates an intuitive user interface, making it easy for operators to learn and operate the machine efficiently. It should take little time to start the unit once it has been trained to clean a facility. This saves users time and allows them to focus on other important tasks.
Efficiency and innovation converge in the perfect robotic floor scrubber for commercial facilities. By leveraging advanced technologies, precision navigation, and intelligent features, these machines offer unparalleled cleaning performance, improved productivity, and considerable time and resource savings.
Investing in the ideal robotic floor scrubber will revolutionize floor cleaning operations, allowing commercial spaces to maintain pristine floors effortlessly. Embrace the future of floor cleaning today, and witness how efficiency meets innovation in the perfect robotic floor scrubber for your facility.
ICE Cobotics is the leading technology and cleaning equipment company. To find out more about Cobi 18, reach out to our Automation Specialists.
If you’d like to read more about robotic floor scrubbers, we suggest: Why Make the Switch to Automation