SureSTART collection (Chromatography consumables catalog)

Importance of the Topic

High-quality consumables are critical for achieving reliable, reproducible chromatography results across diverse analytical workflows. From sample preparation through high-performance separations, every vial, cap, insert, and plate influences data integrity and throughput.

Objectives and Article Overview

This overview presents a structured portfolio of chromatography consumables designed to support end-to-end workflows. It categorizes products into performance levels, details material choices, and highlights selection tools for LC, GC, and MS applications.

Methodology and Instrumentation

All consumables are produced under ISO 9001 quality management, using borosilicate and specialty plastics with automated optical and gauge inspections. Extractables and leachables are verified by GC-MS and LC-MS.

• TriPlus RSH autosampler compatibility
• Vanquish UHPLC system integration
• GC systems with headspace vial solutions

Main Findings and Discussion

The catalog divides products into six workflow categories: sample preparation, handling, low-flow LC, BioLC, standard LC, and GC. Consumables are offered at three performance tiers:

• Level 1: Everyday chromatography with common detectors (UV/Vis, FLD, FID)
• Level 2: High-throughput MS-compatible vials, caps, and SPE kits
• Level 3: Ultra-clean, low-adsorption glass and polymer consumables for trace analysis

Material options include standard glass, silanized and GOLD-grade glass, polypropylene, and TPX variants, each tailored for minimal adsorption and optimal seal performance.

Benefits and Practical Applications

• Improved reproducibility through low-bleed septa and certified dimensions
• Comprehensive compatibility with major autosamplers and LC/GC platforms
• Enhanced sample security with SureStop™ vials and magnetic crimp caps
• Cost savings via bulk packaging and performance-based selection guides

Future Trends and Applications

Emerging directions include further miniaturization for single-cell and microvolume analyses, expanded automation with intelligent consumable selection tools, development of greener, sustainable materials, and integration of digital tracking for inventory management.

Conclusion

The Thermo Scientific chromatography consumables portfolio provides a performance-oriented, quality-driven solution for modern analytical challenges, ensuring data integrity and operational efficiency across routine and demanding applications.

References

No external references were cited in the source material.