KEENON Robotics Exhibits its Robots at NRA Show 2022
With over 1,300 exhibitors, the Show is the ultimate destination to source inspiration and innovations in over 900 product categories
KEENON Robotics has recently took part in The National Restaurant Association Restaurant (NRA Show 2022), the largest annual gathering of foodservice professionals in the Western Hemisphere.
With over 1,300 exhibitors, the Show is the ultimate destination to source inspiration and innovations in over 900 product categories, from food, beverage, equipment, technology, tableware, sanitation, and everything in between.
“In much the same way that people have freed themselves from such tedious chores as washing clothes or dishes by hand, or sweeping with a broom, and replacing the manual aspects of such work with washing machines, dishwashers and vacuum cleaners, service robots are being “transformed” into powerful assistants to humans in their work and life, helping restaurants, hotels, shopping malls, supermarkets and factories complete various boring and dangerous tasks, greatly improving efficiency, saving costs and enabling people to spend their time on more important, interesting and creative work. At the same time, evolving and improving big data analytics and AI interaction technologies are allowing robots to expand their application scenarios and improve their services. Robots are well on their way to becoming a tool assistant we can no longer live without,” said Theodore Wang, head of sales at KEENON Robotics U.S.
The show attracts leading restaurant chains such as McDonald’s, Starbucks and Dunkin’; independent restaurants, among them Carmine’s, Spark’s Steakhouse and St. Elmo Steakhouse; big-name hotels including Hilton, Hyatt Hotels and Marriott International as well as retail giants Costco, Sam’s Club and Walmart.
The advanced service robot solutions showcased to the North American market by KEENON Robotics caught the attention of show visitors.
KEENON Robotics robots are equipped with a fully autonomous positioning and navigation system in tandem with highly sensitive perception and obstacle avoidance technologies to adapt to a variety of complex real-world application scenarios and enable safe, reliable, and efficient service robot solutions.
