Healthcare robots are most valuable when they remove routine logistics or support tasks without disrupting clinical care. Deployment decisions should start with workflow ownership, infection-control requirements, building access, cybersecurity and staff adoption.
Typical environments include:
Inclusion means the robot is mapped to this use case from available product information. It is not a guarantee that the product fits every site.
Clinician-supervised gait rehabilitation
| Robot | Price / status | Published detail | Check before choosing |
|---|---|---|---|
| Aethon T3 | Contact manufacturer | Payload: 750 lb for standard T3 | Carts require a compatible base |
| Aethon Zena RX | Contact manufacturer | Runtime: 10 hours | Workflow and building integration must be specified |
| CYBERDYNE Medical HAL Lower Limb Type HAL-ML08 | Contact manufacturer | Weight: Approximately 13 kg | Eligibility and use require a trained clinical team |
| Hocoma LokomatPro | Contact manufacturer | Task scope: Robot-assisted gait training | Clinical eligibility is individual |
| Moxi 2.0 | Contact manufacturer | Primary workflow: Hospital logistics and non-patient-facing delivery | Detailed public physical specifications and pricing are not disclosed |
| PUDU Robotics HolaBot | Contact manufacturer | Payload: 60 kg | Pagers and loading boxes are separate purchases |
| Tennant X4 ROVR | Contact manufacturer | Weight: 183 kg | Coverage per tank is an estimate, not site capacity |
| Wandercraft Atalante X | Contact manufacturer | Actuators: 12 motors | Clinical eligibility must be assessed by the treating team |