The most flexible isotope ratio mass spectrometer ever created
isoprime precisION is the highest-performing stable isotope ratio mass spectrometer (IRMS) on the market, offering complete flexibility to move in any direction that your research leads. As your research grows into new and novel areas, you will need an instrument that can grow with your research while guaranteeing the highest performance for all analysis types. We have designed isoprime precisION to meet all of these needs.
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.
Highlights of isoprime precisION
Complete integration of all inlet systems, including novel inlets
Analyze the most challenging samples with exceptionally high ion source sensitivity
Almost 50 % smaller than any other commercial stable isotope ratio mass spectrometer
High data quality
Achieve the highest analytical performance with the most precise instrument available
Stable isotope ratio mass spectrometry offers unique insight into a broad range of applications, due in part to the high degree of modularity in the available hardware. Our exceptional range of complimentary peripheral inlet systems provides ideal solutions, no matter the application.
We have designed isoprime precisION to seamlessly switch between all of your inlet systems with incredible ease, with the onboard centrION Continuous Flow Interface System automatically handling sample gases delivered by your inlet system. With its automated dilution, switching and standby mode, isoprime precisION delivers simplicity and flexibility to make your workflows more efficient.
isoprime precisION is the most powerful stable isotope ratio mass spectrometer we have ever created, combining the highest performance with the greatest flexibility to provide the tools to answer the most demanding research questions.
The IRMS provides exceptional ionization efficiency of 1,100 molecules of CO2 per ion in continuous flow mode; when combined with our market-leading inlet peripherals, this results in the highest possible sample sensitivity. With the Advanced Purge and Trap (APT) technology offered by our range of elemental analyzers, the micro volume furnace design in our GC systemand the unique UltiTrap technology offered by the iso FLOWstable isotope handling platform, you can be sure that isoprime precisION will help you to advance your research goals.
isoprime precisION packs a lot of technology into a very small footprint. We understand that more and more laboratories are increasingly congested, with many different types of analytical instrumentation putting space at a precious premium; by contrast, isoprime precisION is a high-performance, full-form stable isotope ratio mass spectrometer delivered in an incredibly compact benchtop form factor.
The lyticOS® software capabilities of isoprime precisION allow it to provide the very highest data quality for any research sphere.
Data quality is generally dependent on a number of factors, including sample preparation, analytical methodology and data interpretation. Thanks to lyticOS® Software Suite and its Method Workflow Designer, standard methodologies can be fine-tuned, while completely bespoke methods can also be created for novel inlet systems, allowing all of these factors to be accounted for at all times.
lyticOS® also makes examining data quality very simple, with its instant statistical analysis and automatic multipoint multi-isotope calibrations ensuring that samples are analyzed consistently and robustly.
isoprime precisION IRMS
isoprime precisION forms the core of your system, a starting point from which to grow your research. Maximize 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.
Novel Inlet Control Module
Perhaps your research topic demands something different? Then you can interface isoprime precisION with your bespoke experimental system with the revolutionary Novel Inlet Control Module (NICM), which offers substantial control of additional I/O with the elegant Method Workflow Designer. Adding multi-collector arrays with bespoke amplification resistor configurations will drive your experiment even further.
Planning proactively for possible future research requirements is simple when you have an instrument that performs to the very highest levels. isoprime precisION offers the highest gas ionization performance and mass resolution, all in the most compact footprint possible.
lyticOS® Software Suite
Our lyticOS® Software Suite works in concert with isoprime precisION and centrION to provide an unrivalled level of intelligent control. Designed completely from the ground up for an exceptional user experience, lyticOS® is the most sophisticated yet simple software ever created. Its clean user interface belies the level of sophistication within, giving users unrivalled capabilities to generate exceptional data with ease.
A powerful yet simple tool, lyticOS® delivers a world of opportunity for your laboratory. With complete control of the hardware and simple programming with the Method Workflow Designer, you can continue expanding your research horizons over time.
Find out more about lyticOS® Software Suite.
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.
Conversion of bulk organics and inorganics in solid and liquid sample matrices into pure gases, prior to isotope analysis.
Column separation of complex organic mixtures using GC and LC techniques and converted into sample gases in real time.
Preparation, separation and analysis of air, breath, liquid and carbonate samples, prepared into septum-sealed vials.
100 V amplification for large dynamic-range samples with auto resistor switching
Simultaneous measurement of up to 10 ion beams across a ± 25 % mass range for multi-collector experiments
Improved gas ionization performance of 1,100 molecules/ion (CO2 in CF mode)
Improved mass resolution of 110 m/Δm (at 10 % valley separation)
lyticOS® Method Workflow Designer for developing bespoke control of your instrument
Handle up to six monitoring gases and five 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 lyticOS® Software Suite
Bespoke DAC dual-resistor configurations for non-standard isotopomer distributions
Instant instrument status recognition with color LED warnings