Moxi
Moxi is a socially intelligent mobile manipulator robot developed by Diligent Robotics for hospital environments. It autonomously performs non-clinical logistics tasks including supply runs, specimen delivery, and medication transport while navigating existing hospital infrastructure.
Overview and Use Cases
Moxi is a mobile manipulation robot designed for hospital logistics and material handling. The robot performs non-clinical tasks including supply distribution, laboratory specimen delivery, personal protective equipment (PPE) distribution, and medication transport. It operates within existing hospital workflows without requiring infrastructure modifications.
Key Capabilities
- Mobile Manipulation: Equipped with a compliant arm and hand for safe interaction with objects and environments
- Autonomous Navigation: Independently operates elevators and opens doors to navigate multi-floor hospital facilities
- Workflow Customization: Supports configurable task workflows tailored to specific hospital supply chains and logistics requirements
- Adaptive Learning: Uses human-guided learning to adapt operations to individual hospital processes and environments
- Human Integration: Designed with social intelligence to interact appropriately with hospital staff and patients
Specifications
- Category: Mobile manipulator
- Manufacturer: Diligent Robotics (United States)
- Implementation Timeline: Approximately 12 weeks from deployment initiation
- Infrastructure Requirements: No specialized infrastructure buildout necessary; integrates with existing hospital layouts
Applications
Moxi addresses labor-intensive logistics tasks in hospital settings:
- Internal supply distribution and restocking
- Laboratory specimen transport between departments
- Medication delivery to patient care areas
- PPE distribution and inventory management
- General material handling for non-clinical operations
The robot's autonomous capability to operate elevators and doors enables it to function across multiple floors and access controlled areas within standard hospital layouts. Its compliant manipulation system allows handling of fragile or sensitive materials typical in medical environments.
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