Getinge Introduces Modular Logistics Automation for Sterile Reprocessing

Automation approach for CSSD workflows
Getinge has introduced a modular logistics automation system designed for Central Sterile Supply Departments, where sterile reprocessing requires precise handling, repeatable processes, and strict infection-control compliance. The system combines mobile robotics, conveyor-based material flow, and coordinating software to support end-to-end movement of instruments across reprocessing stages.

CSSDs are among the most operationally demanding hospital units, involving repetitive manual transport, loading, and unloading of instruments. These activities can introduce ergonomic strain and variability in throughput, particularly in high-volume facilities.

Coordinated material handling and buffering
The automation range includes a self-navigating mobile robot designed to transport instrument loads between workstations, reducing direct manual carrying and repetitive movement. An integrated buffer and workstation module is used to balance incoming and outgoing loads, supporting smoother transitions between washing, inspection, assembly, and sterilisation steps.

Automated loading and unloading modules interface directly with washer-disinfectors and steam sterilisers, reducing direct contact with instruments during transfer and supporting consistent positioning during process cycles. This approach addresses common sources of delay and handling-related variability in manual workflows.

Software orchestration and system integration
All modules are coordinated through a central software layer that manages task sequencing, transport logic, and system status. The software is designed to interface with third-party automation components and hospital traceability systems, enabling instrument tracking and data continuity across the reprocessing chain.

Digital coordination is intended to support repeatable logistics behaviour from initial deployment, rather than relying on manual scheduling or ad hoc movement of goods.

Modularity and hospital scalability
The system is engineered as a modular architecture, allowing hospitals to deploy individual automation elements or expand over time as capacity requirements change. This design supports phased adoption without requiring full replacement of existing sterile reprocessing infrastructure.

By focusing on logistics automation rather than clinical decision-making, the platform targets workflow reliability, staff workload reduction, and consistent execution of sterile reprocessing tasks within regulated hospital environments.

www.getinge.com