Instrumentation – Software – Expertise

SepSolve Analytical provides the most powerful sample introduction, gas chromatography, mass spectrometry and data analysis platforms, with the know-how to help you get the most from your work, whatever the application.

Applications

At SepSolve Analytical, we work with you to solve your analytical chemistry problems, enabling you to push the boundaries of what’s possible in separation science and helping you to Discover more and Deliver more across a range of application areas.

SepSolve provides solutions for applications in the following areas:

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Working closely with SepSolve has allowed us to benefit from their expertise to develop and optimise our biomarker discovery methods using thermal desorption and GC×GC–TOF MS.

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Prof. George Hanna, Head of Department of Surgery and Cancer

Imperial College London, UK

About Us

Schauenburg Analytics Group

SepSolve Analytical provides analytical platforms for separation scientists, including equipment for automated sample introduction, advanced GC separation, state of the-art mass spectrometry and powerful data analysis. Together, these tools enable scientists to discover more about their samples, and to deliver higher throughput for both research and routine applications.

The wide range of options include sample preparation (liquid injection, headspace, SPME and large-volume injection), robotic autosamplers, thermal desorption instruments, GC×GC technology (INSIGHT® flow modulator), the BenchTOF2™ time-of-flight mass spectrometer with Tandem Ionisation® (simultaneous hard- and soft-ionisation technology), and the powerful ChromSpace® and ChromCompare® software packages. SepSolve Analytical and its sister company, Markes International, are part of the Schauenburg Analytics Ltd group of companies.

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Discover more – Deliver more

The technologies produced by our Group companies such as Markes International and SepSolve Analytical range from world-leading thermal desorption, extraction and enrichment platforms to enhanced separation, detection and data-processing tools. Together, these tools enable scientists to discover more about their samples, and to deliver higher throughput for both research and routine applications.

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