Best rated autonomous scrubber experts from Navia Robotics: Phantas is the most compact commercial floor cleaning robot in its class, with a length of just 21.3″, width of 17.3″, and a height of 24.3″. It can navigate through aisles as narrow as 21.7″, far narrower than anything else out there in this category. It’s able to navigate under desks and tables with just a 25.6″ height clearance requirement and with the rotating side brush and depth sensors, Phantas can hug walls to ensure it doesn’t miss a spot. The sensor suite also ensures the right cleaning mode is selected for the type of floor it encounters, for example, raising and lowering the dust mop when it detects the transition between a hard floor and a carpeted surface. Find extra info at floor scrubber robots.
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 has multiple status lights to easily communicate the status of the device with the customer. Light interactions can also be customized for your specific needs. BellaBot has an integrated touch sensor to interact with the customer, bringing forth a new level of interactivity with service robots. Modular structure for quick disassembly and compact stowage. Sensors are embedded over the trays to determine if the tray is occupied or empty. Discover even more information on 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.
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.