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Digitalization and automation of cleaning processes are no longer trends, but necessities for companies managing large areas and high-traffic environments. Staff shortages, high employee turnover, operational costs, and the need for clear quality control remain persistent challenges in traditional cleaning.
In this context, TORECO SRL implemented the autonomous cleaning robot PUDU CC1 and monitored its performance over a one-year period.
This case study presents real, measurable data demonstrating the impact of CC1 on efficiency, resource consumption, and operational control.
Analysis Period:: 02.02.2025 – 02.03.2026
Analyzed robot: PUDU CC1 – autonomous and intelligent multifunctional cleaning robot
Key Statistical Results
During the analyzed period, the CC1 robot achieved the following results:
All data is automatically generated by the PUDU platform and can be visualized, exported, and analyzed for any selected time interval.
What These Numbers Mean in Practice
Consistent and Predictable Productivity With over 185,632 m² cleaned in one year, CC1 demonstrates high efficiency in commercial and institutional environments. Based on total operating time, the average performance aligns with the manufacturer’s specifications of 700–1000 m²/hour, depending on the selected cleaning mode.
Extremely Low Energy Consumption. A total annual energy consumption of 143.56 kWh for such a large surface area translates into minimal operating costs. Compared to traditional equipment and manual labor, CC1 provides a significant advantage in terms of sustainability and budget optimization.
Major Water Savings. One of the most relevant results is water consumption only 0.1408 ml per m².This confirms the efficiency of the water dosing and recirculation system and positions CC1 as a suitable solution for companies focused on reducing environmental impact and complying with ESG policies.
Why CC1 Performs Differently. 4-in-1 Multifunctional Robot CC1 integrates the following functions into a single device: sweeping, washing,vacuuming, wiping. This eliminates the need for multiple machines and reduces downtime between operations.
Intelligent PUDU SLAM Navigation. The robot uses both visual SLAM and laser SLAM, allowing it to: accurately map complex environments, effectively avoid obstacles, ensure uniform cleaning coverage
True Autonomy - automatic water filling and drainage, automatic return to the charging station, operation without human intervention (when tasks are scheduled), CC1 is available 24/7without breaks, leave days, or performance fluctuations.
Digitalized Cleaning – automatically collects data from each cleaning session, generates cleaning reports, visualizes area coverage, time, water, and energy consumption. As a result, cleaning management becomes measurable, transparent, and fully controllable.
Applications – shopping centers, office buildings, hotels and restaurants, hospitals and clinics, government buildings, airports, industrial and logistics facilities
Conclusion:
Data confirms that robotul CC1 is not only an innovative solution, but also an efficient and cost-effective one. With minimal water and energy consumption, consistent performance, and full digital control, CC1 helps companies reduce costs, minimize dependence on human labor, and achieve a high standard of cleanliness.
For www.toreco.md, this case study clearly demonstrates that cleaning robotization does not replace people—it supports them, allowing staff to focus on higher-value activities while repetitive processes are handled intelligently and efficiently.
Would you like to see how CC1 performs in your facility? Contact the Toreco.md team to explore rental solutions tailored to your business.
