The Agilent Instrument & Accessories Catalog 2009-2010

Significance of the Topic

In modern chemical and life-science laboratories, integrated analytical solutions are essential to meet growing demands for higher throughput, greater accuracy and compliance with regulatory requirements. Agilent’s 2009–2010 Instrument & Accessories Catalog exemplifies this trend by presenting a complete portfolio of chromatography, spectroscopy, mass spectrometry, automation and informatics technologies designed to optimize every step of the analytical workflow.

Objectives and Overview

This catalog aims to provide a comprehensive resource for analysts seeking turnkey solutions that combine instrumentation, consumables and software. It highlights Agilent’s advances in gas and liquid chromatography (GC, LC), mass spectrometry (MS, MS/MS, TOF, Q-TOF), capillary electrophoresis, spectroscopy, particle analysis, lab automation and bioanalysis. The document also emphasizes the importance of matching hardware with application-specific software and supplies to achieve maximum performance and reliability.

Methodology and Instrumentation

Agilent’s offerings are structured by analytical technique:

• GC and GC/MS systems (e.g., 7890A GC, 5975C MSD, 7000A Triple Quadrupole)
• UHPLC and conventional HPLC platforms (e.g., 1290 Infinity, 1200 Series, 7820 GC)
• LC/MS solutions spanning single quadrupole, triple quadrupole, TOF and Q-TOF
• Capillary electrophoresis (7100 CE) and microfluidic bioanalysis (2100 Bioanalyzer)
• Spectroscopy (8453 UV-Vis) and microscopy (AFM 5400, 5500 series)
• Particle analysis (7010 Particle Sizer, 7020 ZetaProbe, 7030 DLS, 7080 SPOS)
• Lab automation (Bravo liquid handler, BioCel workstation, PAL autosampler)
• Software and informatics (ChemStation, OpenLAB ECM/ICM/BPM, MassHunter, GeneSpring)

Main Results and Discussion

Across all platforms, Agilent delivers significant enhancements in sensitivity, speed and ease of use. Key innovations include low-thermal-mass GC for rapid temperature cycling, Jet Stream thermal focusing for enhanced MS sensitivity, triple-axis detectors in GC/MS for lower detection limits, and next-generation UHPLC pumps for ultrafast gradients. Informatics solutions seamlessly integrate instrument control, data processing and enterprise content management, reducing manual steps and ensuring data integrity.

Practical Benefits and Applications

By selecting matched instrument-software-consumable bundles, laboratories can:

• Reduce method development time through turnkey application kits
• Increase sample throughput without expanding bench space
• Ensure regulatory compliance via validated software and built-in audit trails
• Minimize downtime with modular design and remote diagnostic tools

Future Trends and Opportunities

Emerging directions include further miniaturization (e.g., microfluidic CE separators), enhanced MS resolution via hybrid instrumentation, cloud-based informatics for real-time collaboration, and automated workflows powered by machine learning. Continued focus on consumable and software integration will drive faster sample-to-result times.

Conclusion

Agilent’s 2009–2010 catalog demonstrates a comprehensive, customer-centric approach to modern analytical chemistry. By combining innovative hardware, optimized consumables and integrated informatics, Agilent empowers laboratories to achieve unparalleled productivity, reliability and confidence in their results.

Reference

Agilent Technologies. The Agilent Instrument & Accessories Catalog 2009–2010 Edition. 2009.