Humanoid robots can help patients with everyday tasks such as getting out of bed, moving around and taking their medication, freeing up caregivers' time for more complex care. They provide invaluable assistance, particularly for the elderly or patients undergoing rehabilitation.

Humanoid robots are used in physical rehabilitation programs, where they help patients perform exercises in a controlled and safe manner. Some robots can also take part in therapies for cognitive disorders, helping patients to practice memory exercises or cognitive activities.

Equipped with sensors, these robots can monitor vital signs such as blood pressure, heart rate and temperature, in real time. They alert medical staff to any abnormal signs, ensuring constant, precise monitoring.

Some humanoid robots can answer patients' questions, reassure them, and provide information in a simple, engaging way. In this way, they can reduce patient anxiety, particularly in intensive care environments or children's care centers.

Humanoid robots can assist surgeons during operations by providing tools, monitoring patients' vital parameters, or helping to position medical equipment. They improve the precision and safety of surgical procedures.

By taking on cleaning and disinfection tasks, or transporting samples and medicines, humanoid robots limit caregivers' exposure to pathogens and reduce the risk of cross-contamination.

Humanoid robots can be used to simulate patient interactions for training medical students. They can simulate physiological responses and specific behaviors, helping future healthcare professionals acquire skills in a controlled environment.

Some robots can offer emotional support to patients who are isolated or hospitalized for long periods. Their social interaction helps reduce feelings of loneliness and anxiety, especially in long-term care facilities.