Gas Generators For Shimadzu Instruments

Importance of Gas Generation in Analytical Laboratories

The continuous, high-purity supply of gases such as nitrogen, hydrogen and zero air is critical for modern analytical techniques including LC-MS, GC and TOC analysis. On-site gas generators eliminate cylinder handling risks, reduce operating costs and ensure uninterrupted workflows in research, quality control and industrial laboratories.

Objectives and Article Overview

This document presents Peak Scientific’s tailored gas generation solutions developed in collaboration with Shimadzu. It describes company background, partnership drivers, product series, application matrices and support services, aiming to guide users in selecting and implementing the optimal gas supply for their specific analytical instrumentation.

Methodology and Instrumentation

Production and quality assurance are carried out in an ISO 9001-accredited UK facility using advanced membrane and PSA (pressure swing adsorption) technologies. Key instrument classes supported include:

• LC-MS and LC-MS/MS systems (Shimadzu 8030, 8040, 8045, 8050, 8060, 9030)
• Single quadrupole mass spectrometers
• Gas chromatographs with detectors such as FID, TCD, ECD, FPD and FTD
• Headspace autosamplers (HS-10, HS-20)
• Total organic carbon (TOC) analyzers

Main Features and Discussion

Peak Scientific offers four core product platforms:

• Genius and Genius XE Series: Compressor-integrated units delivering up to 70 L/min nitrogen at 99.5 % purity for high-flow LC-MS/MS.
• Genius SQ 24: Compact generator for single-quad LC-MS, up to 24 L/min flow.
• Genius 1051 and 3051: Dedicated solutions providing combined nitrogen and dry air streams for Shimadzu 8045/8050/8060/9030 instruments, supporting both default and high-flow delivery modes.
• Solaris XE and Infinity XE: Membrane-based systems offering flexible flow (up to 60 L/min), adjustable purity and minimal bench footprint for multi-instrument labs.
• Infinity 1051: Compressor-free dual output (nitrogen and dry air) for LC-MS default modes.
• Precision Series: Modular generators for GC carrier/detector gases (N₂, H₂, zero air) in trace and standard models, delivering ultra-high purity with rapid start-up.

Benefits and Practical Applications

Peak’s gas generators provide:

• Cost savings by eliminating cylinder rental and delivery delays
• Enhanced safety through on-demand production and reduced high-pressure storage
• Optimized performance for Shimadzu instruments via co-developed specifications
• Scalable configurations to match evolving laboratory demands
• Reduced noise and vibration with insulated compressor chambers

Future Trends and Potential Applications

Ongoing developments will focus on higher flow rates, smart monitoring and remote diagnostics, integration with laboratory information management systems (LIMS) and expanding compatibility with emerging analytical platforms. Energy-efficient designs and environmental sustainability will also shape next-generation gas generators.

Conclusion

Peak Scientific’s comprehensive, Shimadzu-approved gas generation portfolio ensures reliable, high-purity gas delivery for a wide range of analytical instruments. Supported by global on-site service plans and industry-leading warranties, these solutions help laboratories achieve consistent performance, operational efficiency and long-term cost control.

Reference Details

No external literature references were provided in the source document.