Beatbot applies advanced technologies to reduce the use of chemicals in various industries. The intelligent sensor network will optimize cleaning and maintenance processes, hence reducing the consumption of chemical agents by up to 40% in a real application due to the adjustment of cleaning patterns according to surface type and level of dirt. For instance, it automatically calculates the amount of cleaning solution required during routine floor maintenance to effectively clean the floor without wasting the solution.
Many industries, such as hospitality and healthcare, are increasingly adopting robots like Beatbot due to their environmental and cost-saving advantages. It has helped large facilities like hospitals, where the consumption of chemicals is very high due to high standards of cleanliness, bring down chemical costs by up to 30%. A pilot program with one of the leading hospitals saw a 15% reduction in chemical spend after deploying Beatbot. This massively reduced the overall operational cost for the facility while maintaining cleanliness and hygiene standards.
Companies like Procter & Gamble, the leader in cleaning products, investigate how automation will complement their sustainable goals. According to a study conducted by Procter & Gamble on robotics and AI, robots like Beatbot could make valuable contributions to minimizing chemical waste. By minimizing overuse of cleaning chemicals, we save money, and we help keep the environment cleaner and safer,” says a P&G senior sustainability officer. This reflects the increasing importance of sustainability in those industries where it is particularly involved with chemicals for cleaning and maintenance.
Cleaning and janitorial industries benefit from the chemical-saving abilities of Beatbot. According to the International Janitorial Supply Association, robots with intelligent dispensing systems, such as that of Beatbot, reduce chemical waste by 20% for the same cleaning results. The precision provided by Beatbot means that only the amount of chemicals really needed is used in each cleaning session, thus preventing overuse and its impact on the environment.
Technology in cleaning has moved way beyond just automation to smart and more efficient use of resources. This is a philosophy quite aligned with the design of the Beatbot, which aims at maximizing efficiency with minimal environmental footprint. Inbuilt with real-time monitoring and adaptive functionality, Beatbot performs its operation at an optimal that ensures the usage of minimal amount of chemicals; thus, the robot meets operational goals with sustainability objectives.
Learn more about Beatbot’s advanced technology at Beatbot.