
iKitbot ONE S55 UVC
Best for:
Autonomous sweeping, vacuuming, scrubbing, drying and 222 nm Far-UVC disinfection
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Explore medical robots for hospitals, clinics and care environments, including surgical robots, a surgical robotic arm, hospital robots, service robots in healthcare, telepresence robots in healthcare and home healthcare robots. View commercial availability, intended use, safety requirements and key specifications to find the right healthcare robot.

Best for:
Autonomous sweeping, vacuuming, scrubbing, drying and 222 nm Far-UVC disinfection

Best for:
Check-in, attendance and access

Best for:
Knee arthroplasty; hip navigation

Best for:
Peripheral lung nodule biopsy

Best for:
Whole-room UV microbial reduction

Best for:
Image-free knee arthroplasty

Best for:
Minimally invasive soft-tissue surgery

Best for:
Multiport robotic surgery

Best for:
Single-port robotic surgery

Best for:
Value-oriented robotic surgery

Best for:
Multi-specialty robotic surgery

Best for:
Orthopaedic robotic surgery
Buying a medical robot requires more than comparing technical specifications. Clinical purpose, regulation, safety, cybersecurity, facility integration, training, maintenance and support can vary between medical robotics companies and medical robot manufacturers. Anton Robots brings these details together so healthcare buyers can evaluate systems within their operational and procurement requirements.
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Medical robots are systems designed to support clinical, hospital, rehabilitation or care workflows. Robotics in healthcare can assist surgery, transport supplies, enable telepresence, support rehabilitation, disinfect rooms or interact with patients. Robots in hospitals are usually designed for a defined task and must fit established safety and clinical procedures.
Common medical robots examples include surgical platforms, rehabilitation devices, hospital delivery robots, telepresence systems, disinfection robots and assistive care technologies. A medical robot arm may support surgery or laboratory work, while AI robots in healthcare may focus on interaction, navigation or decision support within approved workflows.
Review the intended medical or operational use, regulatory status, evidence, safety features, cleaning requirements, cybersecurity and compatibility with hospital systems. Procurement teams should also consider staff training, workflow redesign, consumables, maintenance, response times, data handling and the availability of local technical support.
Medical robot pricing varies substantially by purpose and regulatory complexity. A service or telepresence platform may cost far less than a surgical or rehabilitation system. The total cost can also include instruments, consumables, software, facility modifications, integration, training, service contracts and ongoing clinical support.
Surgical robotics uses specialised systems, such as a surgical robotic arm, to assist clinicians during procedures. Service robots support non-surgical workflows such as delivery, telepresence or disinfection. Both are forms of robotics used in healthcare, but they have very different validation, safety, integration and operator requirements.
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