Robotics (Surgical & Assistive)
Robots enhance care delivery.
Robots are being used in hospitals and pharmacies for logistics, surgery, and disinfection. They can automate repetitive tasks and support precision in procedures. However, their adoption is largely limited to high-income settings. The digital divide remains a major barrier to broader deployment.
| Pros | Cons |
|---|---|
| Increases efficiency and precision | High purchase and maintenance costs |
| Reduces human error in repetitive tasks | Mostly limited to wealthy institutions |
| Enhances safety with contactless non-invasive procedures | Limited adaptability in complex care scenarios |
| Frees up staff for patient-facing care | Requires advanced infrastructure |
| Enables remote-controlled interventions | Can raise ethical concerns about depersonalization |
Healthcare robots perform defined tasks through sensors, AI, and mechanical precision. Use cases include surgical assistance, medication dispensing, cleaning, and logistics. To implement robotics, begin with narrow-scope applications (e.g., pharmacy automation). Partner with clinical teams to ensure alignment with care goals, and evaluate usability, space needs, and safety protocols.
