Facility robotics systems integrator · since 2016
We analyse your organisation and redistribute the work between people, equipment, robots and protocols. The robots do what they do best; your teams do the rest.
Who we are
Facilibot is neither a manufacturer nor a distributor. We analyse your service baseline and reorganise the service around three levers: quality, savings, reliability. Robots are part of the solution.
In the field
They trust us
11 pages to browse on screen (in French), 14 A4 pages to print.
Our method
Facilibot comes from machine fleet management and facility management; the robot came afterwards. We named that practice e-facility management®. Analysis of what exists, then a real trial on your site — both at our expense. Costed study within 48 hours.
Staffing is redefined with you and your provider: organisation, schedule, hours. A robot intervention zoning is created.
Three ways to equip your site
The budget released by the reorganisation funds the robot rental. That is what \"no extra cost\" means: the solution fits inside it.
Brushes, discs, squeegees, filters, detergents: we hold the stock and reorder from the supervision platform before you run out.
To introduce Facilibot
Client path
Choose your sector, then your activity: here are the robots we can deploy there.
1 Your sector and activity
2 The possible robots
3 What next?
Seven families, one spirit
For each use, the best model on the market — integrated under one identity your teams remember.
The family states the use, the first digit the size class, the digit after the dot the manufacturer — .1 Pudu Robotics, .2 Keenon, .3 Sparkoz. Your teams talk about a TEO 3.1 without having to remember a commercial model name — and if we change supplier, the reference stays the same.
This naming system has a history. The first robotic scrubber Facilibot deployed was the Avidbots Neo, back in 2018 in airports and shopping centres. Then came the TBOT family — TEO, TEO XL, TED — whose three letters became our families of use.
The reorganisation, in figures
Nine cases, nine baselines rebuilt. The manual service drops by 7 to 73%: those savings fund the robots, and the service becomes more frequent and more reliable.
One site per page: areas, hours, budget before and after, savings achieved.
Online pre-study — cleaning
It covers cleaning. Describe your areas, your frequencies and your budget: we give you the costed study back within 48 hours. Nothing is sent without your agreement.
It guides which families we propose and points to the closest case study.
Service line covered by this pre-study
A floor is measured in square metres, a patrol in rounds, a flow in trips: three different units, so three separate calculations.
In hospitality the unit is the room, not the square metre. One category per line: number of rooms, average size, servicing time and occupancy rate — occupancy is what determines the real workload.
One area per line: size, floor, current frequency. The floor drives the choice of robot as much as the area.
What is already on site. Some machines are kept, others become redundant. Optional.
Two documents are enough to turn this estimate into a real study, ready within 48 hours.
Your priority objective
It guides the organisation we will cost: lower the budget, raise the frequency, or secure continuousity.
So we can send you the study and agree an audit date.
You build robots
Facilibot selects, tests and integrates. Eurobots is the way in: trials on real sites, structured field feedback, then integration under the Facilibot naming system.
We are looking first for machines covering uses we do not yet serve: inspection quadrupeds and manipulation humanoids.
Five regions, four branches
Audit, commissioning, training and maintenance on site. Fleet supervision centralised and available remotely.
Careers
Want to work with machines that clean, deliver, mow and patrol for real, in hotels, stadiums, hospitals and hypermarkets? We're looking for people who want to have a blast in the field, learn fast and build tomorrow's facility robotics.
Our teams are open to internships, work-study and apprenticeships: you learn on real robots, with real clients.
You don't sell a robot: you reinvent how a site runs.
What you'll do2 to 5 years of higher education in sales or engineering, great people skills, driving licence
The robot has a cough? You're its doctor.
What you'll doElectrical, maintenance or mechatronics background, curious, driving licence
From the PDF floor plan to a running robot.
What you'll doEngineering degree or equivalent, project management, hands-on
You speak LiDAR, SLAM and APIs fluently.
What you'll doRobotics, embedded software or autonomous systems; ROS a plus