Against the backdrop of a younger cleaning workforce and rising labor costs, the market size in the Asia-Pacific region alone is projected to grow at an annual rate exceeding 20% over the next few years, indicating substantial potential demand. There is a pressing need for a large-scale cleaning robot to tackle issues of low cleaning efficiency, inadequate standardization, and recruitment difficulties in commercial settings. 1. Equipped with a 32-line LiDAR and numerous sensors across its body, the Titan810 has minimal blind spots, ensuring efficient cleaning operations while also prioritizing safety within the premises. 2. Featuring modular designs for both disk brush and roller brush modules, the Titan810 deviates from conventional single-function machines that are limited to either roller sweeping-vacuuming or disk brushing-mopping. Its modular system allows compatibility with both brush types, broadening its application scenarios. 3. Combining manual operation and unmanned functionality, the Titan810 can be manually driven in situations where the robot cannot navigate or when faced with complex environments, allowing for faster movement and smoother transitions between areas. 4. Boasting an exceptional cloud platform, HMI (Human-Machine Interface), and mobile app design, the Titan810 streamlines map creation, task execution, and provides cleaning reports, enabling users to participate effortlessly in the process. Adhering to the principle of "form follows function," the product employs rotomolding technology, where the water tank serves as both an exterior component and ensures impact resistance and密封性, thereby prolonging the product's lifespan while reducing costs, making the acquisition of cleaning robots more accessible. With a robust and sturdy design, it visually communicates the product's durability to customers. The dual-tone color scheme allows for future customization options. Moreover, its modular component design facilitates both manufacturing processes and subsequent maintenance, enhancing overall convenience.Equipped with LiDAR and visual sensors, automotive-grade AI navigation algorithms, and 360-degree vehicle perception, the Titan810 intelligently plans cleaning routes for safety and efficiency. It supports automatic fast-charging with a 100A docking station, automatic water filling and drainage, and scene-adaptive cleaning solution dilution, all aiming to reduce the learning curve for users while enhancing cleaning efficiency in large-scale scenarios. Compared to similar commercial cleaning robots on the market that primarily feature a 500mm cleaning width, leading to lower efficiency and insufficient for vast commercial spaces, the Titan810 boasts an 810mm cleaning width, increasing efficiency by over 50%. Its interchangeable disk and roller brush technology, coupled with modular electrical box design, caters to various floor types while simplifying maintenance. Traditional cleaning robots often use injection molding or vacuum forming for their exteriors, which results in high costs and complex manufacturing processes, with mold fees for each machine reaching millions. Focusing on cost-effectiveness and maintenance, the Titan810 adopts rotomolding technology to create a robust and waterproof water tank, reducing mold costs to under RMB 150,000. This not only decreases the selling price but also lowers the barrier for users, driving the popularization of commercial robots.