How Do You Select the Best Floor Cleaning Robot for Your Company?

/ / Published in wolfe-en

The floor cleaning robots have transformed and literally raised the standards of cleanliness, we can even say that they have completely redefined these standards. We currently have access to an advanced method that saves time and resources while upholding an exceptionally clean environment. Cleaning robots have become more common in the market as a result of intelligent technology, making the selection of the best device for your business appear difficult.

Fully autonomous floor cleaning robots bring significant improvements to a company – ranging from the health and safety of the work environment, productivity, efficiency, and much more. There are many options on the market, but not all cleaning robots are created equal. While they may be described in similar terms, they differ significantly in terms of performance, autonomy, and cost-effectiveness.

Floor cleaning robots integrate multiple functions such as vacuuming, sweeping, wet mopping, stain detection, dry mopping for dusting, and can additionally have functions for air disinfection & freshening. These systems are utilized with maximum productivity in any type of space.

The statistics indicate that cleaning operations for 3,000 square meters of floor typically require 15 hours of continuous work and 2 specialized cleaning personnel.

However, Wolf-e Robotics’ most efficient robot for sale only requires an hour to clean an area of 3,000 square meters! If the goal is to automate an unpleasant, tiring, and repetitive task, make an inspired choice!

Before purchasing a robot, the first step is to carefully analyze your needs and compare existing technologies and manufacturers that can meet these requirements (the area to be cleaned, the type of flooring, the available long-term workforce, and associated expenses – including holidays, sick leaves, etc.).

We’ve put together a list of important questions to ask yourself when assessing a fully autonomous floor cleaning robot, along with helpful advice to help you make the best choice.

 

1. Do I need to assist the robot while it cleans the floor? Can floor cleaning be fully automated?

When you hear the words ‘artificial intelligence,’ ‘autonomous,’ and ‘cleaning automation,’ what comes to mind? For most people, these terms imply minimal human intervention. In other words, the robot will think, move, and operate on its own. True automation in the cleaning services industry involves more than just acquiring a simple robot that can move through corridors, hallways, offices, meeting rooms, or pathways in exterior parking lots. The robot should be equipped enough to determine its best route within your facility, avoiding anyone or anything that might interfere with its path in real-time. But even this level of autonomy can go further, with possible additional levels of advanced functionality.

Ask yourself these questions when evaluating the artificial intelligence, navigation, and autonomy capabilities of a cleaning robot:

  • If the building layout changes, can the robot learn and adapt, or does someone need to create a new cleaning plan?
  • Does the staff update the cleaning maps manually by physically reorienting the floor cleaning robot on a new trajectory, or can these maps be created and downloaded automatically?
  • When the robot encounters an obstacle and gets stuck, does it need a human to manually restart it, or can it be remotely guided back on track?

The answers to these questions reveal the extent of the cleaning robot’s autonomous capabilities and further underscore the importance of remote assistance to simplify floor care activities.

For instance, all four cleaning robots offered by Wolf-e Robotics – Phantas, Vacuum 40, Scrubber 50, and Scrubber 75 – perceive real-time environmental changes thanks to their equipped sensors. As a result, the robots update their space maps and reconfigure their paths – there’s no need for anyone to be beside them to help avoid getting stuck.

 

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Did you know?

  • The mobile App sets the stage for modern work methods with 100% traceability?
  • Scrubber 75, the top-of-the-line floor cleaning solution, features state-of-the-art sensor systems, including a LiDAR 3D sensor, 2D laser, 3D cameras, an air pressure sensor, and is equipped with millimeter-wave radars for faster and more precise motion perception?

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2. How can I manage the cleaning performance of the robot?

Autonomous monitoring solutions, which track where and when the floor cleaning robot performed, offer essential advantages. This information assists responsible individuals in overseeing complex locations in numerous ways, including streamlining an activity (cleaning) characterized by high staff turnover and absenteeism.

However, even if you replace the old clipboard and pen with technology, it may only highlight whether a cleaning task has been completed without telling you how well it was done! This is where many cleaning robots excel! The real improvement comes when you have access to advanced floor-cleaning robot management software, enabling you to optimize its performance with detailed, real-time data on cleaning activities.

The monitoring app’s data should allow you to identify areas needing improvement. By analyzing cleaning levels in real-world conditions across the entire facility where the autonomous robot operates, you can precisely adjust its activity to ensure greater efficiency and productivity. Here are some examples of data that can help:

  • Figures to help compare cleaning performance across all your facilities.
  • Data to assess the robot against established cleaning objectives and analyze total cleaning time for each area.
  • Ability to detect omitted or partially cleaned areas and identify the cause.

These details and more provide valuable insights, further enhancing the return on investment in cleaning.

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Did you know?

  • The mobile application calculates and sets the time for ensuring cleanliness and sends notifications when a task has been completed, thereby increasing staff productivity?
  • Moreover, the application issues notifications for predictive and corrective maintenance tasks?

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3. How efficient is the service and customer support system?

All floor cleaning robots ultimately require maintenance and assistance. Therefore, when it’s time for a check-up, you need everything to be as swift and straightforward as possible. The longer the robot is out of commission, the greater the pressure on the cleaning team and the facility’s ability to remain clean.

While a quick response time is crucial, it’s just a part of a comprehensive service package. Some cleaning robots go the extra mile, providing support and complementary technology that reduces the frequency of periodic maintenance operations and simplifies this process.

Moreover, they offer alerts that notify staff to complete vital preventive maintenance routines, safeguarding the robot and extending its lifespan. These are just a sample of features you should seek in a service plan. Together with manufacturer-trained technicians, they play an essential role in safeguarding the investment and maintaining the device’s peak performance.

4. Is an on-site floor cleaning demonstration possible?

Once you’ve identified a potential autonomous floor cleaning robot/solution, you should be able to arrange a demonstration with the solution provider. A demonstration allows you to witness the robot in action and assess its real performance. This hands-on experience helps you understand how well it can clean your specific environment and whether it meets the required cleaning standards. Here are the key aspects to look for during the demonstration:

  • Navigation and mapping: Observe how the robot navigates its surroundings. It should move smoothly, avoid obstacles, and demonstrate efficient mapping capabilities to cover the entire cleaning area.
  • Obstacle detection and handling: Check how the robot detects and responds to obstacles such as furniture, people, or unexpected objects. Ensure it can navigate safely around these obstacles without causing damage or interruptions.
  • Cleaning efficiency: Evaluate the robot’s cleaning effectiveness. Look for uniform cleaning patterns and coverage. The robot should efficiently remove dirt, debris, and stains from various floor surfaces.
  • Adaptability to floor types: Test the robot’s performance on different floor types commonly found in your facility, such as tile, carpet, hardwood, and concrete. Ensure it can adjust cleaning settings accordingly.
  • Battery life and charging: Assess the robot’s battery life and how it manages recharging. It should be able to cover the designated cleaning area on a single charge or autonomously return to the charging station when the battery is low.
  • User-friendly interface: Evaluate the ease of use of the control interface and any associated software. It should be intuitive for operators and facility managers regarding operation and programming.
  • Data and reporting: Evaluate the robot’s ability to collect and provide cleaning data and reports. This data can help track cleaning performance, identify areas needing more attention, and optimize cleaning schedules.
  • Product durability and quality: Inspect the robot’s build quality and materials. It should be robust enough to withstand the demands of commercial or industrial cleaning environments.

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Did you know?

  • Having charging stations, can robots self-charge and integrate with elevator systems for extended autonomy between building floors?
  • Autonomous devices feature automatic brush height adjustment, depending on encountered floor types, all in real-time?
  • Autonomous robots integrate various cleaning modules, providing unprecedented versatility and use for washing and disinfecting spaces with different floor types, both hard and soft?
  • Cutting-edge filtration technologies guarantee water recycling and an approximate 80% decrease in water usage.

Considering 250 days per year, in 5 years, approximately 4,375 hours of labor can be saved simply by using such an autonomous robot.

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In a nutshell, finding the right autonomous floor cleaning robot for your business involves careful research, assessment, and planning. By following these steps and conducting necessary checks, you’ll be able to select a reliable solution that enhances cleanliness and operational efficiency.

Our advice is to engage with a Wolf-e Robotics representative who will provide recommendations based on the characteristics of the spaces where you intend to implement such a device. These specialists bring their expertise and, based on jointly established objectives, can design specific and customized solutions for any space and requirements.

One of the most popular models, Scrubber 50, is already successfully used in high-traffic areas within the National Arena and has been tested in two terminals at Iasi Airport.

Contact the company to learn more about autonomous floor cleaning robots and request a free demo session to determine which of the company’s devices is recommended for your business!

 

Floor Cleaning with Autonomous Robots!

Autonomous robots specialized in floor cleaning represent the future of cleanliness, greatly simplifying this daily task. With ongoing advancements in technology, we can expect new improvements and advanced features for even more efficient and thorough cleaning. One of the main challenges will certainly be increasing the autonomy of robots and their energy efficiency, allowing these devices to become increasingly independent.

Reducing labor costs, minimizing the need for frequent replacement of cleaning equipment, and extending the lifespan of cleaned surfaces make the robots offered by Wolf-e Robotics a smart financial option for businesses, institutions, and organizations. The successful testing of the Scrubber 50 robot at Iasi Airport is just one example of their potential in this field – achieving flawlessly clean floors!

Contact Wolf-e Robotics to learn more about autonomous floor cleaning robots and request a free demo session to determine which device is recommended for your organization!

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We are Wolf-e Robotics, and every day we work to support our mission of disinfecting the air and surfaces in the places where we work, learn, and spend our time. Through disinfection with intelligent UVC light equipment and mobile robots, we provide the most efficient and environmentally friendly method of inactivating microorganisms on surfaces and in the air. With applicability in the medical, commercial, transportation, education, and corporate sectors.

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