TraceFinder Acquisition Quick Reference Guide - Safety

Importance of the topic

Batch acquisition and management are central to high-throughput LC/MS workflows in environmental, pharmaceutical, and clinical laboratories. A clear understanding of acquisition mode tasks ensures accurate data capture, traceability, and efficient sample handling.

Objectives and overview

This Quick Reference Guide for Thermo TraceFinder 4.1 outlines the key steps of the Acquisition mode, including batch creation, sample definition, report selection, and batch submission. It aims to streamline routine workflows and support consistent data acquisition and processing.

Used Instrumentation

• Thermo TraceFinder 4.1 software
• TSQ triple quadrupole mass spectrometers
• Configured autosampler systems
• Xcalibur sequence files for sample import

Methodology and workflow

• Opening the Acquisition mode via the navigation pane
• Selecting or creating a new batch: quantitation, target or unknown screening, or from templates
• Defining sample lists: adding, inserting, importing or removing samples, specifying file names, types, levels, vial positions and injection volumes
• Reviewing and customizing report outputs (print, PDF, CSV, Excel)
• Submitting batches with device state control, startup/shutdown methods, TSQ updates, and priority sequencing
• Quick Acquisition: ad hoc sample submission from any application mode using a simplified interface

Key considerations and best practices

• Use templates to maintain consistency across batches
• Leverage copy-down and fill-down commands for rapid data entry
• Select appropriate report formats to match downstream processing needs
• Define device states to optimize instrument readiness and downtime
• Import sequences and samples from standardized CSV, XML or SLD files to reduce errors

Benefits and practical applications

Thermo TraceFinder’s Acquisition mode enhances laboratory efficiency by centralizing batch preparation, sample tracking and report management. Its template-driven approach reduces setup time and promotes reproducibility, supporting QA/QC, environmental testing, clinical screening, and pharmaceutical quantitation.

Future trends and potential applications

• Integration with cloud-based data management and remote monitoring
• Advanced multiplexing and high-throughput screening capabilities
• Machine learning–driven method optimization and peak detection
• Enhanced interoperability with laboratory information management systems (LIMS)

Conclusion

Thermo TraceFinder 4.1’s Acquisition mode provides a robust, user-friendly framework for managing LC/MS batches from setup through reporting. Adopting its standardized workflows and automation features can significantly improve data quality and laboratory throughput.