The iTLA system is YHLO’s modular total laboratory automation platform, designed to connect analyzers, streamline sample handling, and eliminate manual bottlenecks in busy clinical laboratories. It integrates seamlessly with YHLO’s iFlash series and biochemistry systems, allowing labs to achieve greater efficiency, traceability, and walk-away time — without compromising on accuracy.
With intelligent track-based routing, automated de-capping, barcode scanning, and continuous loading, iTLA simplifies every step of pre- and post-analytical workflows. Whether your lab processes a few hundred or several thousand samples a day, iTLA adapts to your layout and demand with flexible configuration and scalability.
Key Benefits:
- Seamless integration with iFlash CLIA and other YHLO systems
- Automated sample loading, routing, de-capping, and tracking
- Supports STAT prioritization and rerun logic
- Reduces human error and increases traceability
- Scalable modules to fit medium to high-volume laboratories
Features:
- Type: Modular Track-based Laboratory Automation System
- Throughput: Determined by integrated analyzers and routing efficiency; optimized for high-volume workflows
- Fastest time to first result: Dependent on connected analyzer (e.g., iFlash 1200–9000) and track routing speed
- Detection principle: N/A – handles physical workflow automation
- Sample position: Supports multi-rack loading, intelligent routing
- Sample tube: Compatible with barcoded original sample tubes
- De-capping function: Integrated automated tube de-capping to eliminate manual handling
- Sample identification: Automated barcode scanning and bidirectional LIS communication
- Routing logic: Smart sample prioritization with STAT handling and rerun capability
- Sample storage: Optional post-analysis archive modules for cold or ambient storage
- Contamination control: Built-in sample path separation to avoid cross-contamination
- Maintenance: Automated self-checks and low-maintenance track system
- Integration compatibility: Native support for YHLO iFlash CLIA systems, biochemistry analyzers, and Phoenix (via LIS)
