Robotics for hotels, resorts and conference centers

Hotel robots for service, delivery and cleaning

Bringing towels and amenities to the room door, cleaning public areas, or assisting with service routes in the restaurant and banquet hall: SEBOTICS It checks which recurring tasks in your hotel can be meaningfully automated and whether routes, elevators and processes are suitable for this.

Have the deployment checked View application areas

You don't need to have selected a model yet. To get started, simply provide the task, area of use, and information about floors and elevator.

Needs analysisSite reviewSolution selectionEquipmentTrainingSupport

Example routeInterior door delivery

front deskOrder and loading

Start

ElevatorInterface and release

Testing

Guest floorRoute and obstacles

journey

418

Room doorNotification and handover

Objective

Many short routes

Where valuable time is lost in everyday hotel operations

Numerous short journeys take place every day between reception, housekeeping, guest floors, restaurant, banquet facilities, and storage. Each one takes only a few minutes. In total, these minutes are lost in terms of room quality, guest service, and during peak times.

Sounds familiar?

The reception staff will bring towels, water, or toiletries to your room door themselves at night.

Housekeeping staff repeatedly travel distances for laundry, amenities, and supplies.

Despite fluctuating occupancy, the lobby, corridors and event areas should appear well-maintained.

In breakfast or banquet service, transport and clearing routes tie up a large part of the available capacity.

During peak times, employees have to cover several tasks simultaneously.

It is unclear whether the elevator, doors, carpets and hotel procedures will allow for autonomous operation.

Robotics creates benefits where tasks are recurring, handovers are clearly defined, and the building enables reliable operation.

From housekeeping to banquets

Where hotel robots can support your team

Every mission begins with a clear task. Only then are the route, handover, robot type, and possible interfaces checked.

Bringing amenities and orders to the room door

A delivery robot can transport small items along a defined route from the reception, housekeeping base or service station to a defined handover point.

Towels and bedsheetsHygiene and care productsWater, snacks, or small ordersforgotten travel itemsDocuments and guest informationsmaller technical aids

The robot is loaded at the starting point and then autonomously travels to the designated destination. Guest notification can be configured depending on the solution and interfaces. For multi-story buildings, the elevator connection determines whether autonomous delivery is possible.

Transporting laundry and materials internally

A suitable transport robot can handle recurring material routes between storage, housekeeping, floors and service areas.

clean laundry to the floor support pointAmenities and consumablesEmpty containers and defined return transportsMaterials for the event areadocuments and smaller items

Load-bearing capacity alone is not enough. Dimensions, load securing, curves, transfer points, door widths, and loading by employees must also be checked.

Clean the lobby, hallways and event areas

Cleaning robots can vacuum, sweep, mop, or scrub suitable, contiguous floor areas according to a schedule.

Lobby and entrance areaGuest and conference corridorsConference and event spacesRestaurant outside the company premisesWellness and fitness areasAdministration and back office

Hotel rooms, bathrooms, staircases, and heavily furnished areas are generally handled manually. Carpeted and hard floor areas are considered separately.

Calculate cleaning costs

Restaurant, breakfast and banquet facilities

A service robot can take over defined transport routes between the kitchen, service station, restaurant and event area.

Drinks and food at service stationsDishes and glasses to the clearing pointBreakfast and buffet materialsService materials for conferences

The robot handles the transport, not the personal care. Containers, temperature control, dwell times, and hygiene requirements must be checked as a whole process.

Receiving and orienting guests

An interactive service robot can supplement the reception staff with simple information and orientation tasks.

Welcoming guestsShow ways to rooms and spacesShow opening hoursEvent programs presentmultilingual informationMake additional offers visible

Personal hospitality, complaints, recommendations, and decisions remain with the staff. Hotel software integration is project-specific.

Task before model

Which solution fits which task?

The table serves as a preliminary selection tool. The building, route, and handover determine the actual suitability.

TaskRobot typeEspecially to be checked

Amenities and orders to the room doorDelivery robot with closed compartmentHandover, loading, guest notification, elevator

Transporting laundry and materials internallyTransport robot with platform or superstructureWeight, dimensions, securing, loading

Cleaning the lobby and hallwaysAutonomous cleaning robotFloor covering, open space, noise, operating time

Restaurant and banquet supportService or delivery robots with storage compartmentsRoutes, guest density, payload, handover points

Inform and orient guestsInteractive service robotContent, languages, data protection, support

Small or heavily furnished areasManual or semi-automated solutionactual advantage over manual labor

Current selection

Classify four models according to task

This page focuses on the task, application area, and reasons for selection. Binding technical data can be found on the respective product page.

Room service · locked compartment

AutoXing AX2112 Hotel Bot

For small deliveries to defined handover points, provided the floor route and elevator are technically suitable.

Selection reasonAccess-controlled delivery and project-dependent interfaces

View product details

Restaurant · open shelves

BellaBot

For defined routes with food, dishes or service materials in restaurants, breakfast and banquets.

Selection reasonMultiple storage areas for planned service and clearing routes

View product details

Lobby · Combined floor care

Fantasy

For compact and furnished interior spaces with suitable hard flooring or carpeted areas.

Selection reasonFlexible solution for different public hotel areas

View product details

Service · Information and Transport

Cadebot L100

For visible service tasks, orientation and transport in suitable guest and event areas.

Selection reasonService platform for clearly defined processes involving guest contact

View product details

The selection is task-specific. The current product page and the review of the specific hotel are binding.

Qualifying Examination

Is autonomous robotics a good fit for your hotel?

Before selecting a model, we examine the actual environment and the planned workflow.

01 / Building

Buildings and roads

Hallway and door widths
Turning areas and bottlenecks
Thresholds, ramps and slopes
Carpets, mats and transitions
automatic or manual doors
Elevators and interfaces
Public traffic, luggage and service vehicles
restricted areas

02 / Process

Task and handover

Start and finish points
Number of daily trips
Type, weight and dimensions
safe loading and unloading
notification
Return journey and return transport
The handover did not take place

03 / Operation

Technical and organizational requirements

Wi-Fi and mobile network coverage
Parking space and charging point
Water and waste disposal during cleaning
Elevator, door and software interfaces
Access rights and data protection
Rest periods and operating windows
responsible persons
Replacement process in case of failure

The result is not automatically "buy a robot". It could also mean: directly suitable, suitable with adjustments, or currently not economical for the intended process.

Have the hotel and deployment checked

Floor operation

Clarify elevator and interfaces early on

A robot can only use an elevator independently if the robot system and the elevator system can be technically connected.

Without elevator integration, autonomous use is usually limited to one floor or requires manual assistance.

Integration with property management systems, ticketing systems, or guest notification systems is also not a standard feature of every robot. SEBOTICS checks available interfaces and the integration effort.

Interface checkBefore model release

01Manufacturer and control system of the elevator systemTesting

02Options for technical retrofittingTesting

03Elevator call and floor selectionTesting

04Door opening times and safe entryTesting

05Behavior when the elevator is occupiedTesting

06Mobile or network connectionTesting

07Approval by operator and elevator companyTesting

08Alternative process in case of elevator breakdownTesting

The expected time savings must justify the effort required for the elevator, doors, notification system, and possible software integrations.

Introduction in six steps

From task to functioning hotel deployment

The pilot tests navigation, guest contact, handovers and support effort in real-world operation.

Define task

Define delivery, cleaning area, transport route or service routine with result.

Record process

Document journeys, waiting times, capacity utilization, handovers, manual activities and exceptions.

Check hotel

Evaluate floors, elevators, doors, corridors, floors, network, loading area and traffic.

Select system

Compare models and possible elevator, door or system connections.

Real-world testing

Check navigation, guest contact, elevator, handovers, results and support.

Team training

Define routes, times, responsibilities, procedures and procedures in case of disruptions.

Practical examples from the hotel industry

Robotics in real hotel environments

SEBOTICS has already supported robotics projects in various hotel environments. Only existing references and real-world application images are shown.

SEBOTICS Cleaning robots with housekeeping team at The Dolder Grand

Cleaning · Housekeeping

The Older Grand

See reference

Service · Gastronomy

Hotel Hubertus

See reference

service robot BellaBot in the hotel business

Service · Hotel operations

Other hotel projects

See reference

The task, infrastructure, team involvement, and verifiable results are described in the respective references. Key figures and citations are only used if they have been approved.

Operational data instead of flat rates

Check profitability with your hotel data

A universally applicable amortization period would not be reliable. Delivery, transport, and cleaning tasks are assessed separately.

Number of trips or cleaning cycles

Route, travel time and current personnel costs

Waiting times at doors and elevators

Loading, handover, return transport and manual interventions

accessible area, soil types and furnishings

Preparation, rework, water change and detail areas

Purchase, rental or leasing as well as accessories

Integration, maintenance, consumables and training

internal support, standstill and replacement process

Pilot valueSuccessful handovers

Pilot valueTime per delivery

Pilot valueCompleted journeys

Pilot valueManual interventions

Pilot valueNet area processed

Pilot valueRemaining residual costs

Freed-up time initially represents additional capacity. Economic benefit only arises once it has been determined how this capacity will be used in guest services, housekeeping, or operations.

Honest boundaries

What hotel robots can't solve on their own

Autonomous does not mean unsupervised. Personal service and a manual backup procedure remain part of the operating concept.

The robot still needs to be loaded, cleaned, and checked.

Hotel rooms and bathrooms are not cleaned completely autonomously.

Delivery robots drive to the handover point and do not enter the guest room independently.

Not every door and not every elevator can be used without modification.

PMS, telephone or messenger integrations are project-specific.

Temperature control and food safety depend on the entire process.

Luggage, service vehicles, groups, and unattended items can block pathways.

Personal service, complaints and decisions remain with the hotel team.

A manual backup procedure is needed for robot, network, and elevator failures.

The expected benefits must justify the integration and support costs.

Frequently asked questions

Classifying hotel robots

The task, the building, and the operational processes determine suitability. The answers do not replace a site assessment.

What tasks can a hotel robot perform?

Depending on the model, a hotel robot can transport small deliveries, handle internal material routes, clean public floor areas, support restaurant and banquet routes, or inform guests.

Can a robot bring towels or orders to a hotel room?

Yes, provided the pathways, doors, and, if applicable, the elevator are technically suitable. The guest accepts the delivery at a designated handover point, usually in front of the room door.

Can the robot use the elevator independently?

Only with a compatible elevator interface. Manufacturer, control system, retrofit options, and behavior in case of failure must be checked beforehand.

Can the robot be connected to our PMS?

This depends on the robot system, property management system, and available interfaces. Operations can often also be started with clearly defined manual tasks.

How is the guest informed about a delivery?

Depending on the solution, notification can be via phone call, message, or the existing hotel system. The procedure will be determined during the planning phase.

Can a hotel robot work at night?

That may be possible. Noise levels, travel routes, elevator usage, proximity to guest rooms, and quiet hours must be tested with the specific model.

Can a cleaning robot clean hotel rooms?

Cleaning robots are generally not designed for complete room and bathroom cleaning. Their greatest benefit lies in suitable floor surfaces in lobbies, hallways, and public areas.

Can food and drinks be transported?

Generally, yes, provided the structure, load securing, containers, and hygiene standards are met. Temperature control must be ensured throughout the entire transport process.

Is it safe to operate in a fully occupied hotel?

Depending on the model, sensors detect people and obstacles. However, narrow corridors, groups of guests, children, luggage, and service carts still need to be tested in real-world operation.

Can a hotel robot replace employees?

The most effective use lies in clearly defined, recurring procedures and area-based tasks. Personal hospitality, room details, advice, complaints, and decisions remain with the hotel team.

What happens in the event of a malfunction or elevator failure?

The operational concept defines who receives a notification, who is allowed to intervene, and how the task is temporarily continued manually.

How quickly does a hotel robot pay for itself?

This can only be assessed based on actual journeys, areas, working hours, integration costs, and remaining manual tasks. Therefore, economic viability should be tested using real operational data and, ideally, in a pilot project.

Next Step

What task should a robot perform in your hotel?

Describe your delivery route, cleaning area, or service routine. We will review the parameters and show you the next logical step, without requiring you to commit to a specific model beforehand.

Have the deployment checked Request consultation

Helpful for an initial assessment

Number of floors, elevator type, path and door widths, deliveries per day, floor types, cleaning area, desired operating times and existing software systems.