Hotel vacuum robots provider with Navia Robotics today: Setting up the map for Phantas is easy and hassle free with the available mobile app. In dynamic environments where chairs and desks are constantly moved around, Phantas utilizes its advanced sensor suite to update the path in real-time to ensure all reachable areas are cleaned. Phantas also offers different path planning modes for you to select based on what is ideal for your floor plan, including a zig-zag path mode and a spiral path mode. Read additional information at cenobots.
Of course, merely installing a BellaBot is not enough to get the most out of it. Navia Robotics, with our years of experience in the food service industry, will always coordinate with customers on best deployment methods and usage practices to ensure your staff are fully equipped to take your operational effiency to the next level. We’ve worked with countless restaurants to coordinate and adapt with the workers and workflow to best integrate serving robots in their space. No other robot company can provide the right balance in consulting and providing you with the best solutions to make your transition to a more advanced, more efficient restaurant with the deployment of the latest robotic technologies. It’s no wonder we have customers lined up to try out and procure the BellaBot, and have existing customers come back to procure additional units!
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. See even more details at https://www.naviarobotics.com/.
Restaurants with larger footprints where it’s quite a ways away from the front entrance to the more distant tables were having a crisis when the restaurant was packed; the host would be taking far too long to take guests to their tables meaning there was nobody to greet new patrons who just walked in the door. Hiring another receptionist or host just for this purpose didn’t make much sense, especially during downtime when the restaurant was less busy, so the owners used the KettyBot to take guests to their tables. What they found was it was an incredibly effective and efficient use of time, the host can always be on standby at the front entrance and take phone calls as necessary for reservations, while no time was wasted to get guests seated.
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.
Easy tray identification; LIDAR Positioning: New generation laser based mapping system; High Fidelty Speakers: Clear audio with powerful 2 x 30w speakers; Visual Positioning: Accompanies LIDAR mapping, Aerospace grade alloy provides rigidity and strength, 3D vision sensors for robustness. Suspension System: Avoid spills on rough patches or abrupt stops. Laser and visual combination SLAM system based on LIDAR sensor, cameras and UWB location tracker ensures redundancy in accurate robot positioning.