Description
- Simultaneous measurement of up to 10 ion beams across a ± 25 % mass range for multi-collector experiments
- ionOS Method Workflow Designer for developing bespoke control of your instrument
- Handle up to 6 monitoring gases and 5 inlets with centrION Continuous Flow Interface System
- Vacuum grade stainless steel analyzer for the highest vacuum performance with optional bakeout
- Automatic control of every aspect of the hardware with ionOS
- Bespoke DAC dual resistor configurations for non-standard isotopomer distributions
- 100 V amplification for large dynamic range samples with auto resistor switching
A new experience in IRMS
Analytical power and flexibility is what isoprime precisION is about. With seamless integration of hardware and software delivered in a compact benchtop instrument, it is at the forefront of modern stable isotope ratio mass spectrometry.
isoprime precisION forms the core of your system, a starting point from which to grow your research. Maximise the possible analyses with your system by choosing any combination of inlet systems, and automatically switch between them using the centrION Continuous Flow Interface System, which is incorporated into the instrument.
The most flexible IRMS ever created
We offer a broad portfolio of peripheral inlet systems designed specifically for stable isotope analysis. The choice of inlet system depends on your experimental requirements, but whichever inlet you choose, you can be sure that your samples are handled exactly and faithfully with absolutely no isotope fractionation. Complete automation and switching makes isoprime precisION the most dynamic and flexible stable isotope mass spectrometer ever created.
Elemental analysis
Conversion of bulk organics and inorganics in solid and liquid sample matrices into pure gases, prior to isotope analysis.
Chromatography
Column separation of complex organic mixtures using GC and LC techniques and converted into sample gases in real time.
Headspace
Preparation, separation and analysis of air, breath, liquid and carbonate samples, prepared into septum-sealed vials.
Gas analysis
Concentration and separation of various gaseous sample types prior to isotope analysis.