ARSIA

ARSIA, the Regional Association of Animal Health and Identification serving southern French-speaking Belgium, manages a high daily volume of biological samples — including blood samples and cadavers — submitted by bovine farmers and veterinarians for disease surveillance and compliance testing. Operating across multiple disconnected software programs created fragmented sample tracking, inconsistent data, and administrative overhead. In an EU-regulated environment where full animal traceability across the food chain is a legal requirement, gaps in auditability carried serious compliance risk. The lack of a unified system made end-to-end visibility difficult, increasing the potential for errors in disease control workflows.

ARSIA selected Siemens Opcenter RD&L (Research, Development & Laboratory), a laboratory information management system (LIMS), to replace its fragmented software landscape. Siemens provided local development support throughout the implementation, enabling customization to ARSIA's specific regulatory and operational requirements. The platform was integrated with external applications through universal interfaces, ensuring continuity with existing reporting and billing systems. A key feature — automated plate management — was deployed to handle sample organization, removing a previously manual and error-prone step. The system was configured to track each job from submission through analysis, creating a continuous chain of custody for every blood sample and cadaver processed.

Opcenter RD&L delivered measurable operational improvements across ARSIA's laboratory. Automated sample organization reduced technician time spent on manual plate setup and decreased handling errors. Seamless integration with external regulatory and billing systems eliminated manual data re-entry and improved reporting accuracy. Key outcomes include:

• Reduced operational costs through automation of repetitive sample organization tasks
• Improved data auditability with full traceability for every sample processed
• Enhanced lab-tech efficiency, freeing staff to focus on higher-value analysis work
• Seamless external integration, enabling autonomous data exchange with regulatory and financial systems

The organization also gained a reliable foundation for future scalability as sample volumes grow.

• Unified LIMS platforms outperform patchwork software — fragmented systems create compliance gaps that are difficult to detect until an audit or outbreak occurs.
• Local implementation support is critical for regulated environments where customization requirements are non-negotiable.
• Automation of sample organization delivers compounding returns — reducing both errors and the technician hours consumed by routine tasks.
• Regulatory traceability must be built into the system architecture, not retrofitted; full chain-of-custody tracking requires end-to-end integration from intake to reporting.
• Universal interfaces reduce integration risk when connecting a LIMS to existing billing, reporting, and regulatory systems.