Shimadzu LC Driver Ver. 2.20, Compatible with OpenLab CDS

Significance of the Topic

The ability to control Shimadzu UHPLC Nexera series systems via Agilent OpenLab CDS represents a major advance in laboratory interoperability and workflow standardization. By integrating high-performance Shimadzu instruments with widely used OpenLab software, analytical laboratories can streamline data acquisition, reduce training requirements, and leverage bioinert flow paths to protect metal-sensitive samples.

Objectives and Overview of the Article

This application note introduces the Shimadzu LC Driver Ver. 2.20, which enables direct control of Nexera™ lite inert systems (LC-40i, SIL-20A, SIL-20AC) from Agilent OpenLab CDS and EZChrom. It describes the driver’s compliance with the Agilent RC.net open standard and outlines supported instrument configurations and operating scenarios.

Used Methodology and Instrumentation

The Shimadzu LC Driver was developed to align with the Agilent RC.net protocol, allowing users to configure Shimadzu instrument parameters within OpenLab’s method editor. Method files created in OpenLab can be saved and managed alongside other instrument methods, facilitating unified workflows.

Použitá instrumentace

• Solvent delivery unit: Nexera lite inert LC-40i
• Autosampler: SIL-20A, SIL-20AC
• Chemical reaction tank: CRB-40
• High-pressure flow switching valve: FCV-BOX, FCV-S
• Additional compatible series: SCL-40, LC-40D XR, SIL-40C XR, CTO-40C, SPD-40, SPD-M40, CBM-20A, LC-30AD, SIL-30AC, CTO-20AC, SPD-20A, SPD-M30A, LC-2050, LC-2060, LC-2030, LC-2040, LC-2030 Plus, LC-2040 Plus

Main Results and Discussion

• The Shimadzu LC Driver enables seamless control of up to four Shimadzu LC systems and up to two PDA detectors from a single OpenLab installation, subject to detector speed limitations.
• The system supports bioinert flow paths to minimize metal adsorption, preserving sample integrity in trace-metal analyses.
• Integration is restricted to Shimadzu LC/GC instruments on any given workstation; other brands require separate hardware.
• User interface elements such as a status window and method editing window in OpenLab display real-time instrument parameters and enable method development with familiar controls.

Benefits and Practical Applications

• Consolidated data acquisition environment across Shimadzu and Agilent systems.
• Reduced validation and training efforts by using a common software platform.
• Enhanced sample integrity for metal-labile compounds via inert flow paths.
• Flexible instrument configuration options support complex LC workflows and reactor-based analyses.

Future Trends and Potential Applications

Further driver enhancements may include expanded support for additional Shimadzu modules, deeper integration with laboratory informatics systems, and advanced automation of method development. Machine-learning-driven diagnostic tools and predictive maintenance features could further improve uptime and data quality. Broader adoption of open communication standards will continue to drive interoperability across diverse instrumentation brands.

Conclusion

The Shimadzu LC Driver Ver. 2.20 for Agilent OpenLab CDS/EZChrom offers a robust solution for integrating Shimadzu UHPLC systems into established OpenLab workflows. It preserves the advanced performance of Nexera series instruments while simplifying software management and enhancing sample integrity. This integration paves the way for more efficient, unified laboratory operations.

Reference

No external literature references were provided in the original document.