Hotel vacuum robots experts by Navia Robotics right now: Vacuum 40 is the ultimate autonomous vacuuming robot for larger floor spaces. Compactly designed and designed to work on various soft and hard floor types, Vacuum 40 is an ideal solution for hotels and retail space with narrow corridor aisles or mixed carpet and tile flooring. With rotating side brushes and an optional mop head, the robot can simultaneously handle vacuuming and sweeping on carpeted surfaces while also sweeping and mopping hard floor surfaces. With the advanced 3D cameras on board, it can automatically identify the type of floor and switch to the appropriate mode autonomously. Read additional information at cleaning robots.
BellaBot is our most popular restaurant service robot and it is for good reason! For running food to the tables, there’s no better serving robot than BellaBot on the market. The most menial task for waiters and waitresses around the world is bringing food from the kitchen to the table, and it’s no wonder why. Dishes can quite large and heavy, and there are only so many you can stack on a tray. Piping hot dishes can be a burn hazard for both workers and patrons as they make way to deliver food to the tables. We’ve heard countless concerning stories from customers we’ve worked with of such injuries and burns happening in their restaurants and their search for a solution. That’s where BellaBot comes in to save the day!
Navia Robotics is developing flexible, network communication schemes for robots to directly communicate with other robots within the same network to quickly calculate the shortest route and make rapid decisions. Such ad-hoc networking system reduces the overhead of a centralized computing system and allows individuals robots to make decisions on the fly. The service robot nearest to the point of demand can make its way over without affecting the operation or scheduling of other robots in the area.
IPX5 Waterproof Cabin: The HolaBot’s cabin area is IPX5 rated to take on various liquids splashing while operating. Simply wipe it off with a damp towel for easy cleaning. Different Operating Scenarios: The HolaBot can be used in various different environments, such as restaurants and hospitals as shown below. Other novel uses include banks, pharmacies, factories, warehouses and order fulfillment centers, auto/truck repair facilities among others.
BellaBot was made with form and function in mind, with flowing curves and sharp edges in all the right places. The ergonomics are designed for easy human interaction, including screen tilt angle, device height and easily accessible trays. BellaBot is equipped with multiple sensors that sense the surrounding in both 2D and 3D, all in a compact modular chassis. It can stop immediately when an obstacle is detected and comes with an advanced suspension system to prevent items on the trays from tipping over. Find even more information at https://www.naviarobotics.com/.
We’ve had the gracious opportunity to deploy numerous KettyBot units in the field and get feedback from many different restaurants on what the saw as the best case use scenarios for the KettyBot in their establishments. As the carrying capacity of the KettyBot is a bit on the smallish side, it’s ideal for smaller restaurants and cafes to use it for delivering food to tables and fit in tighter aisles, but for larger establishments, the KettyBot’s tray dimensions are usually a limiting factor. On the other hand, it has a large screen up front to display pictures and videos of the latest dishes and to promote upcoming events and sales, so larger restaurant owners have taken it upon themselves to try out the KettyBot to take patrons to their tables.
Multi-table Delivery Mode and Cruise Mode: KettyBot can be used to deliver food to tables. Built-in queuing system allows you to punch in the destination of the food to two different tables for the two different trays. KettyBot can also be set to cruise mode to roam around the premises and catch the attention of passersbys. Built-in LIDAR and visual sensors allow for better obstacle detection, accurate positioning and safer operations. Internal mapping algorithms allow the KettyBot to find the most efficient route to its destination.
Advanced algorithms for obstacle avoidance are implemented to ensure the safety of those around the robot. In addition to LIDAR, multiple visual sensors are implemented to go beyond simple 2D perception and ensure accurate detection in 3D perception…including any blind spots. Pudubot obstacle avoidance capability: 3D Obstacle Avoidance Compared to traditional 2D radar, 3D stereoscopic sensors can quickly model the surrounding environment with depth perception to greatly reduce the probability of collision.