Enables data-driven facility maintenance
Rossari Professional introduces HygieneBot10 and HygieneBot70 cleaning robots, in keeping with the significant transformation seeking advanced automation technologies. These intelligent, efficient and reliable robotic machines are designed to redefine the approach commercial and industrial cleaning.
Rossari’s HygieneBot10 and HygieneBot70 are autonomous floor-cleaning robots equipped with smart navigation systems, AI-driven sensors and customizable cleaning programs.
HygieneBot10 is designed for smaller spaces such as offices, retail stores and schools. While HygieneBot70 is built for large-scale environments like warehouses, airports and manufacturing plants. Both models utilize LIDAR-based navigation, real-time obstacle detection and route optimisation to deliver consistent, efficient cleaning performance without human intervention.
Advantages
One of the most compelling advantages of these robots is their ability to reduce labour dependency. The robotic machines operate continuously with minimal supervision. Thus it reduces operational costs and ensures consistent cleanliness, even in high-traffic or hard-to-reach areas.
Energy efficiency and water-saving technologies are built into both models, helping businesses reduce their environmental footprint. The HygieneBot10 features compact water tanks and optimized battery usage, while the HygieneBot70 is equipped with larger tanks and higher suction power for deep-cleaning tasks. Additionally, both models are Wi-Fi enabled and can be monitored remotely via mobile apps, allowing for real-time updates, performance analytics and maintenance alerts.
Applications
In healthcare settings, the machines enable pathogen-free floors by maintaining strict cleaning schedules. In hospitality, they enhance guest experience by maintaining spotless lobbies and corridors. Retailers benefit from clean, attractive store environments without disrupting customers, while logistics hubs can keep vast warehouse spaces tidy, reducing slip-and-fall risks and improving safety.
These robots are also suitable for applications in educational institutions, office complexes, public transport facilities or anywhere that demands regular, high-quality cleaning.
By integrating robotics with data-driven management, these machines also provide actionable insights into facility maintenance. They support predictive cleaning models, where cleaning is done based on actual usage patterns and foot traffic rather than rigid schedules.