Robotic automation for healthcare

Hospital robots that reduce repetitive movement and strengthen healthcare operations

In hospitals, senior living facilities and laboratories, many critical tasks are not clinical: moving materials, cleaning common areas, delivering supplies or repeating corridor routes. Automating them helps free time for those who need to stay close to patients.

SomeBots designs each deployment around protocols, permitted areas, real loads, schedules, delivery points and coexistence with patients, visitors and professionals.

Internal logistics Scheduled cleaning Closed transport
Healthcare use case video
Keenon robotics

Healthcare pressure also lives in the corridors

Clinical and support staff accumulate journeys to move medication, consumables, samples, linen, trays, waste or support materials. When those movements repeat every day, they consume operational energy and increase dependence on low-clinical-value manual tasks.

Constant internal routes

Supplies, linen, samples, consumables and support materials travel through corridors and floors in repeated patterns throughout the day.

Clinical team time

Every non-care journey competes with higher-value tasks, especially during high-pressure staffing shifts.

Common-area hygiene

Corridors, entrances, waiting rooms and high-traffic areas need consistent cleaning beyond occasional manual intervention.

Sensitive environment

Robotic circulation must respect protocols, patients, visitors, lifts, restricted zones and safety procedures.

Healthcare automation must be prudent: it does not replace clinical protocols, but helps structure routes, reduce repetitive load and improve logistics support availability.

Technology integrated with healthcare judgment

A healthcare robot must coexist with vulnerable people, active corridors and sensitive processes. The decision is therefore not only about specifications, but about operational safety, traceability, cleaning and team acceptance.

Authorised routes

We define where the robot may circulate, at which times and with which operational exceptions.

Transported material

We separate light, closed, heavy, clean or sensitive loads to avoid mixing incompatible use cases.

Protocols and fallback

We design alternative manual procedures, responsibilities and usage limits.

Team acceptance

Training reduces friction and explains how the robot complements staff rather than replacing them.

How we make it operational

1Map areas, floors and authorised routes
2Select the robot based on load and protocol
3Configure stops, schedules and restricted zones
4Train staff and monitor adoption

Frequently asked questions about hospital robots

Keenon robots integrate safe autonomous navigation designed to coexist with people. In addition, during the diagnosis we define authorised routes, schedules and protocols together with the facility before any deployment.
Yes, it is one of the most common use cases. The S100 covers medium loads up to 100 kg and the W3 allows closed multi-compartment deliveries. During the diagnosis we validate lifts, corridors and charging points to configure the routes.
No. The robot takes over repetitive movement of materials, supplies and trays so the healthcare team can spend that time on patient care and tasks that require professional judgement.
It depends on the models, the number of units and the areas to cover, which is why we do not publish fixed prices. After the free diagnosis you receive a tailored proposal, and we offer financing options with insurance.
We support the diagnosis, configuration and launch with the facility in operation, and afterwards provide local support and maintenance in Spain and Portugal, with technical service in the Madrid region.

Which repetitive journeys could your facility absorb with robotics?

We review cleaning, internal logistics, closed transport and heavier loads with you to propose a useful and safe deployment.

Consultative diagnosis for hospitals, senior living facilities, clinics and laboratories.

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