Healthcare & Care Support Robots

Hospital Logistics, Disinfection & Patient Care Assistance

What are Healthcare & Care Support Robots?

Healthcare and care-support robots move supplies and medications through hospital corridors, disinfect patient rooms and operating theatres, and assist clinical and care staff with routine tasks — improving hygiene, freeing clinical time, and supporting an ageing patient population.

Best robots for Healthcare & Care Support

UBTECH Robotics Cruzr S2

UBTECH Robotics Cruzr S2

The UBTECH Cruzr S2 Standard is an intelligent, cloud-based humanoid service robot designed for business environments. It excels at customer reception, guidance, and interaction, utilizing advanced navigation and multi-modal communication to enhance service efficiency and customer experience in settings like retail, hospitality, and corporate offices.

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Fourier Robotics GR-1

Fourier Robotics GR-1

GR-1 is a mass-manufactured humanoid platform targeting practical assistance in labs, healthcare and light industrial settings.

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KUKA LBR iiwa 7 R800

KUKA LBR iiwa 7 R800

LBR iiwa is a lightweight, torque-controlled cobot for sensitive assembly and testing tasks, with 7 axes for human-like reachability.

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NEURA Robotics 4NE-1

NEURA Robotics 4NE-1

4NE-1 is an intelligent humanoid assistant intended for collaborative work in factories and service spaces. It blends perception, manipulation and speech for people-friendly automation.

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PAL Robotics TIAGo

PAL Robotics TIAGo

TIAGo is a modular mobile manipulator for research and agile manufacturing; it combines navigation with a 7-DoF arm for pick/place and HRI.

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PAL Robotics TIAGo++

PAL Robotics TIAGo++

TIAGo++ adds dual arms to the TIAGo platform for two-handed manipulation in research labs and advanced mobile manipulation tasks.

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SoftBank Robotics NAO

SoftBank Robotics NAO

NAO is a compact, programmable humanoid widely used to teach coding and support therapy, education and HRI research.

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Toyota HSR (Human Support Robot)

Toyota HSR (Human Support Robot)

HSR is a compact mobile manipulator for service robotics and research. It navigates tight indoor spaces and uses an integrated arm and gripper to fetch, carry and assist.

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Toyota Research Institute T-HR3

Toyota Research Institute T-HR3

T-HR3 is a teleoperated humanoid research platform that mirrors an operator’s motions and forces, exploring safe remote assistance in homes, hospitals and industrial settings.

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Proven in the field

Real deployments, real results — not projections.

Japan

Smile Park Elderly Care Home

Pudu KettyBot + BellaBot

2.5 hrs/shift saved · 85% resident satisfaction

Challenge: Overburdened care aides spent hours daily hauling dining trays, linens and medication cups, limiting time for personalised resident care.

Solution: Interactive KettyBot and BellaBot delivery robots were deployed to distribute prescription items and dietary menus across social zones.

Result: Eliminated 2.5 walking hours per shift per care worker, with 85% of residents rating the friendly robot experience positively.

Key selection criteria

Regulatory compliance (medical device / hygiene standards)
Navigation in clinical environments (lifts, sterile zones)
Payload for medication and supply carts
UV-C or chemical disinfection validation
Integration with hospital systems

ROI analysis

Average Investment

$30,000 – $90,000 per robot

Annual Savings

$25,000 – $55,000 per year

Payback Period

12–24 months

Key benefits

Reduce hospital-acquired infection risk

Free nursing staff from routine transport tasks

Provide consistent, validated disinfection cycles

Support 24/7 hospital logistics

Frequently asked questions

What do hospital and care robots cost?

$30,000–$90,000 per robot, with annual savings of $25,000–$55,000 and typical payback of 12–24 months.

What tasks do they take on?

Moving supplies and medications through corridors, UV-C and chemical disinfection of rooms and theatres, meal and linen delivery, and routine transport that otherwise eats clinical time.

How much staff time do they actually free up?

At Smile Park care home in Japan, delivery robots eliminated 2.5 walking hours per care worker per shift — time redirected to personalised resident care.

Do residents and patients accept them?

85% of Smile Park residents rated the robot experience positively. The friendlier, screen-based designs tend to land well in care settings.

What about hygiene and regulatory compliance?

Regulatory compliance is a core selection criterion — we flag which robots carry medical-device or hygiene certifications, and disinfection robots provide validated, repeatable cycles with digital records.

Can robots navigate lifts and sterile zones?

Yes — clinical-environment navigation (lifts, controlled zones) is a specified capability. We'll match you to robots proven in hospital layouts like yours.

Ready to automate Healthcare & Care Support?

Answer a few questions about your site and budget; we'll shortlist robots that fit. About 3 minutes.