Autonomous Service Delivery Robot for Restaurant ROHS
Our RoHS-compliant Autonomous Service Delivery Robot is designed for catering scenarios, strictly following the RoHS directive to restrict hazardous substances, ensuring environmental protection and safety. Equipped with advanced laser SLAM navigation and 3D obstacle avoidance, it autonomously plans routes, delivers meals accurately, and avoids obstacles flexibly. With practical functions like automatic charging and multi-table delivery, it reduces labor intensity and improves service efficiency. Its waterproof, oil-proof and compact design adapts to catering environments, and the simple intelligent control system makes operation and maintenance easy. It helps restaurants upgrade services, establish a green brand image, and meet global environmental standards.
$6000.00
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1 items selected,Total $6000.00
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Specifications
Code
：
BJDG-3009
Brand
：
DAGU
Detail
Autonomous Service Delivery Robot for Re
staurant -
RoHS Compliant Intelligent Catering Servic
e Solution with High Efficiency and Environ
mental Protection
Our Autonomous Service Delivery Robot for Restaurant is a high-efficiency, eco-friendly and intelligent service solution specially developed for various catering scenarios, including restaurants, cafes, hot pot restaurants, canteens, and even high-end catering clubs. As a RoHS (Restriction of Hazardous Substances) compliant product, it strictly abides by the latest RoHS directive requirements, comprehensively restricting the use of 10 kinds of hazardous substances such as lead, mercury, cadmium, hexavalent chromium, polybrominated biphenyls (PBBs) and polybrominated diphenyl ethers (PBDEs) in all core components, including the main control board, battery, shell and electronic accessories. This strict compliance design not only ensures the product is harmless to human health during long-term use in catering environments but also minimizes environmental pollution throughout the entire life cycle, from production and assembly to daily use and final disposal, fully meeting the global environmental protection standards and green development concepts.
Equipped with advanced laser SLAM navigation system and 3D visual obstacle avoidance technology, the robot can quickly and accurately perceive the surrounding environment, autonomously plan the shortest and most efficient delivery route, and flexibly avoid diners, waiters, tables, chairs and other obstacles in real time, ensuring stable and safe operation even in crowded catering venues. It can accurately deliver meals, tableware, drinks, condiments and other items to the designated table according to the order requirements, and supports multiple practical functions such as automatic charging when power is low, automatic response to waiter calls, multi-table sequential delivery, and one-click return to the kitchen. These functions can effectively reduce the labor intensity of waiters, greatly improve the efficiency of meal delivery, shorten the waiting time of diners, and avoid the risk of food contamination caused by manual contact during the delivery process, further improving the catering service quality and diners' experience.
In terms of structural design, the robot adopts a durable, high-quality and easy-to-clean shell material, which has excellent waterproof and oil-proof performance, effectively adapting to the complex and frequent cleaning environment of the catering industry, and avoiding damage or failure caused by oil stains, water stains and cleaning agents. Its compact and sleek appearance design not only has a modern sense but also can easily pass through the narrow aisles between tables, without occupying extra catering space, ensuring that it does not affect the normal movement of diners and waiters. In addition, the robot is equipped with an intelligent control system that supports remote monitoring, parameter adjustment, fault alarm and data statistics. The operation interface is simple and intuitive, and the staff can master the use method after simple training, which greatly reduces the difficulty of operation and maintenance and the later operation cost for the restaurant.
While helping restaurants achieve intelligent service upgrading and reduce operational costs, the RoHS-compliant design of the robot also helps catering enterprises establish a green, healthy and environmentally friendly brand image, which is in line with the environmental protection requirements of modern catering operations and the consumption concept of green and healthy catering among consumers. At the same time, it also enables the product to adapt to the increasingly strict environmental protection regulations in domestic and foreign markets, breaking through the environmental protection barriers of international trade and expanding the market application scope. Whether it is a small and medium-sized restaurant or a large-scale catering chain, this autonomous service delivery robot is an ideal intelligent equipment to improve service quality, reduce labor costs, enhance core competitiveness and achieve sustainable development.
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