Robots for retirement and nursing homes

Retirement homes, nursing homes, and senior residences have special requirements regarding cleaning, internal workflows, and daily service. Residents, nursing staff, visitors, and service providers move through hallways, lounges, dining halls, and common areas for many hours a day. At the same time, numerous recurring tasks arise that consume valuable working time. Modern robotics can support care facilities with selected routine tasks. In particular, cleaning robots and service robots offer opportunities to gradually automate floor cleaning and internal transport routes. Personal care and support for residents remains the exclusive task of the staff.

Cleaning robots for retirement and nursing homes

Regular floor cleaning is one of the recurring tasks in every care facility. Long hallways, entrance areas, dining halls, lounges, and other common areas must be reliably maintained.

An autonomous cleaning robot can process suitable floor areas according to set routes and schedules. This allows cleaning teams to be relieved, particularly in the case of large-scale and frequently recurring tasks.

The internal robot recommendation by Terra Robotics explicitly lists "Clinic / Care" as a dedicated area of application for professional cleaning robotics.

Which areas can actually be automated depends on the floor type, furniture, passage widths, and local workflows. Resident rooms, sanitary areas, stairs, and hard-to-reach places often remain part of manual cleaning.

Autonomous cleaning of hallways and common areas

Nursing homes often have long and regularly used traffic routes. Exactly such structured areas can offer good conditions for autonomous floor cleaning.

Cleaning zones can be defined for main hallways, entrances, dining halls, or larger lounge areas, for example. Cleaning can be specifically scheduled during less frequent time slots, such as early in the morning, between certain daily routines, or in the evening.

This makes floor maintenance more predictable. At the same time, cleaning staff can devote more time to peripheral areas, surfaces, sanitary facilities, and necessary ad-hoc cleaning tasks.

A cleaning robot does not replace the cleaning staff or an existing hygiene concept. It primarily takes over standardizable surface tasks and complements existing cleaning processes.

Safe navigation in the vicinity of residents

Navigation plays an especially important role in nursing homes. Residents may move slowly, use walkers or wheelchairs, and change their direction at short notice. Additionally, nursing carts, seating furniture, or other objects sometimes stand in the traffic routes.

Depending on the model, modern cleaning robots use LiDAR, cameras, and other sensors to scan their surroundings and detect obstacles. Nevertheless, every area of application should be carefully checked before commissioning.

Travel paths, restricted zones, and cleaning times must be set up to suit the actual daily routine of the facility. Particularly sensitive or heavily frequented areas can be deliberately excluded from certain routes.

The goal is not to automate as many areas as possible, but to select the areas where a robot can be used reliably and sensibly.

Service robots for recurring transport routes

In addition to cleaning, numerous internal transport routes arise in care facilities. Food, drinks, laundry, consumables, and other suitable goods are regularly transported between different areas.

Service robots can support such clearly defined routes. Depending on the model, open trays or closed compartment systems are available. In your internal product data, delivery robots for hotel and clinical environments are explicitly intended for internal deliveries and protected handovers.

A service robot could, for example, be used between the kitchen and a defined handover point in the dining area. Recurring internal delivery routes can also be automated depending on the building structure.

However, additional requirements apply to sensitive goods. Medication, medical products, or other items that require special protection should not be advertised as a standard application across the board. In these cases, handover, access control, documentation, and operational requirements must be checked individually.

Robotics supports nursing staff instead of replacing care

Robotics in nursing homes should be clearly separated from nursing activities. A robot does not take over personal care, medical decisions, or human support.

Rather, the benefit arises where employees regularly spend time on standardizable secondary processes. This includes floor cleaning and certain internal transport routes.

If some of these tasks are automated, existing teams can focus more of their time on activities where human contact, experience, and individual decisions are necessary.

Especially in care facilities, this clear division of roles is decisive: robots support building operations and defined service processes – personal contact with residents remains with the staff.

Documenting cleaning processes in a predictable way

Depending on the model, professional cleaning robots offer digital functions for operational planning and operating data. Cleaning areas can be divided into zones, and recurring routes can be planned.

With suitable systems, it is then possible to track when a robot was deployed and which areas were processed. This data can make internal cleaning processes more transparent and support facility management in their organization.

However, digital documentation does not automatically mean that hygiene requirements have been met. Cleaning data supports existing processes but replaces neither professional inspections nor the hygiene concept of a care facility.

Different areas require different solutions

Not every retirement or nursing home has the same prerequisites. A modern senior residence with wide hallways and open common areas has different requirements than an older building with many small rooms and narrow passages.

Therefore, the actual net area is more important than the pure total area of the building. Door widths, floor transitions, elevators, furniture, and resident traffic also influence the choice of robot.

Compact cleaning robots can be interesting for structured interior areas, while larger models are suitable for more spacious common and traffic areas. For transport robots, handover points and potential floor changes must also be considered.

Economic viability of robotics in care facilities

Whether a cleaning robot pays off economically in a nursing home depends on the size of the area, cleaning frequency, existing personnel costs, and available operating times.

A preliminary economic assessment can be created with the ROI calculator for cleaning robots. Additionally, the ROI calculator for service and transport robots is available for serving and internal transport processes.

In addition to acquisition or financing, a reliable business case should also consider maintenance, integration, service, and the actually achievable degree of automation. This holistic view also corresponds to the internal Terra Robotics definition of a robotics business case.

Planning robotics for retirement and nursing homes with Terra Robotics

Terra Robotics supports nursing homes, senior residences, and operators in the selection of suitable robotics solutions. At the beginning, areas, floor types, traffic routes, and concrete processes are analyzed.

Subsequently, suitable cleaning or service robots can be selected and tested first in clearly defined areas. Mapping, setting up zones and travel routes, commissioning, as well as service and maintenance form the basis for reliable operation.

In this way, robotics can be gradually used where it offers a concrete benefit: for floor cleaning in large common and traffic areas or for regularly recurring internal transport routes – without replacing personal care and human support.