1. Improve cleaning efficiency and coverage to ensure sustAined cleanliness.

Hospitals have high foot traffic and complex regional functions, making the timeliness and coverage of cleaning services extremely critical. Snail’s commercial cleaning roBots, thanks to their advanced technological configuration, are well-equipped to handle this challenge efficiently.

Automated “bow”-shaped path planning:The robot uses a “bow”-shaped cleaning route along the walls, combined with super-large area laser mapping (SLAM) technology, to autonomously create and memorize precise navigation maps of various floors in the hospital. This enables it to systematically cover large areas such as corridors, lobbies, and waiting areas, reducing cleaning blind spots and ensuring that every inch of the floor is treated. The cleaning coverage rate is significantly higher than traditional manual methods.

Long periods of unmanned operation: Equipped with a 25Ah high-capacity battery, it can operate for approximately 6-10 hours continuously, and supports automatic recharging after tasks are completed or when the battery is low. The hospital’s logistics department can set customized cleaning times and areas, such as performing full-automated deep cleaning at night or during periods with lower foot traffic. This ensures a consistently clean environment without disrupting normal day-time medical operations.

2. Achieve thorough cleaning and effective disinfection to aid infection control.

Controlling the spread of pathogenic microorganisms is the core objective of hospital cleaning efforts. The Snail robot not only performs surface dust removal but also integrates deep cleaning and disinfection functions.

Pressurized wet mopping and immediate drying: The robot’s mopping module features a special high-polymer material water-absorbing sponge, equipped with a pressurized wet mopping function. This design allows for more effective removal of stubborn stains from the floor and rapid drying of the water after mopping, achieving “immediate drying” without leaving water spots. This not only eliminates the safety hazard of patients or healthcare workers slipping due to slippery floors but also prevents the humid environment from becoming a breeding ground for microorganisms.

Integrated water circulation disinfection and filtration system: This is one of the key advantages of this robot in hospital settings. Its built-in 15-liter large-capacity water tank and proprietary water circulation disinfection filtration system enable continuous purification of wastewater during cleaning and the addition of disinfectants (which must be added according to hospital requirements with compliant disinfectant solutions). This means that every area the robot passes over is equivalent to a wet cleaning and disinfection process, reducing the bacterial and viral load on the floor surface physically and providing an important physical barrier for hospital infection control.

3. Intelligent obstacle avoidance and cloud management to ensure safety and traceability.

The hospital environment is dynamic and ever-changing, filled with moving medical personnel, patients, medical equipment, and temporary items. The intelligent sensing and management system of the Snail robot ensures the safety and controllability of the cleaning process.

Multi-sensor intelligent obstacle avoidance: The robot is equipped with 3D visual collision-avoidance design, lidar sensors, and photoelectric coupler collision-avoidance systems. It can accurately identify its surroundings, accurately measure the distance to obstacles within a range of 25 meters, and autonomously navigate around them or respond with a gentle touch. This significantly reduces the risk of collisions with personnel or valuable medical equipment, ensuring safe operation in complex environments within hospitals.

Cloud-based Service Platform and Data-Driven Maintenance: Through Reeman’s cloud-based service platform, logistics managers can remotely monitor real-time data on the working status of multiple robots, the areas being cleaned, and the completion of tasks. This data-driven management approach not only makes the cleaning process traceable and assessable but also enables intelligent alerts based on mileage data, allowing for timely dust bin cleaning and water tank maintenance tasks, thereby enhancing the efficiency and responsiveness of equipment maintenance operations.

Introducing the Reeman Snail commercial cleaning robot for your hospital is not just about upgrading cleaning equipment; it’s about investing in a safer, more efficient, and smarter system for infection control and prevention. Let us harness the power of technology to jointly safeguard the cleanliness and health of every inch of the medical environment.

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