Thermo Fisher Scientific to Demonstrate Latest Innovations at analytica 2018

Get best-in-class resolution, sensitivity, and throughput for even the most complex ICxIC (2D-IC) methods and trace level analyses. The versatile Thermo Scientific™ Dionex™ ICS-6000 Hybrid HPIC™ Systems provide faster separations without compromising resolution, thanks to its dual high-pressure channels. One channel is optimized for capillary flow rates, while the other is optimized for standard (4mm) or microbore (2mm) mode. You'll save time and improve reproducibility with precise, automatic eluent generation and sample preparation. Choose from a wide variety of chemistries, detectors, and automation options to fit your needs. >BR> Built on our top-of-the-line IC platform, this system provides the high performance, convenience, and flexibility of the Thermo Scientific™ Dionex™ ICS-6000 HPIC System with the power of parallel analytical and capillary channels. Dual system advantage Run two analyses concurrently on a single sample, analyze two samples, or perform advanced ICxIC (2D-IC) techniques. The Dionex ICS-6000 Hybrid HPIC System is ideally suited for trace-level determinations with high matrix concentrations, using a standard or microbore column in the first dimension to separate analytes from matrix, followed by a capillary separation in the second dimension. This method provides high sensitivity, enabling conductivity detection limits to rival those of mass spectrometry. Choose from three dual-channel configurations Dionex ICS-6000 RFIC Standard Bore-Capillary System Dionex ICS-6000 RFIC Microbore-Capillary HPIC System Dionex ICS-6000 BioIC ED Capillary-Microbore HPIC System for carbohydrates (capillary) and AAADirect (microbore) applications High pressure, high performance IC Fast, sensitive separations without sacrificing resolution—up to two times faster still with Fast IC columns Outstanding resolution using columns with small-diameter particles, thanks to high-pressure capability Continuous operation at up to 5000 psi when configured as a Thermo Scientific™ Reagent-Free™ IC (RFIC™) system Optimized peak resolution with a choice of isocratic and electrolytic gradient separations on either channel, or optional quaternary low pressure gradients on the standard/microbore channel Flexible support for standard bore (3-7mm I.D.) and microbore (1-3mm I.D.) columns on one channel and capillary columns (0.2-0.6mm I.D.) on the other Wide variety of chemistries available in Thermo Scientific standard bore, microbore, capillary, and Fast IC columns Flexible, easy to configure, modular design The capillary advantage The capillary channel in this hybrid system presents added advantages: Always ready with 24/7 uptime and minimal calibration and equilibration time Up to 18 months of continuous operation on one Eluent Generation cartridge Small dead volumes for minimized peak dispersion and increased signal-to-noise ratio Reduced eluent disposal costs—only 15mL/day for continuous operation at 10μL/min Enhanced ease-of-use because of Thermo Scientific™ Dionex™ IC Cube™ capillary consumable cartridges Choose from a broad variety of Dionex ICS-6000 modules and related products. See the Dionex ICS-6000 HPIC System Product Specifications for a full list Sample preparation and automation solutions Dionex autosamplers integrate seamlessly with all Dionex ICS-6000 HPIC systems, providing effortless automation and advanced sample preparation capabilities. 

Outstanding sensitivity plus convenience Excellent sensitivity, stability, and ease of use Enhanced baseline stability and sensitivity with top-of-the-line flow rate accuracy, eluent generator electronics stability, and conductivity cell temperature control Optimized peak resolution with a choice of isocratic and electrolytic gradient separations Flexible support for standard bore (1–3mm i.d.) and microbore (3–7mm i.d.) columns Wide variety of Thermo Scientific standard and microbore columns Compatible with new 4μm columns Separations twice as fast without compromising resolution Significantly increased resolution from current methodologies at increased flow rates Higher resolution and dramatically better performance using smaller particle size (4μm) columns Faster run times with higher flow rates using 150mm columns, or higher resolution with standard flowrates using 250mm columns Outstanding flexibility to configure the system you need Broad variety of modules and related products. Get significant increases in resolution and throughput using the world's first modular ion chromatography (IC) system capable of operation up to 5000 psi.   The Thermo Scientific™ Dionex™ ICS-6000 Standard Bore and Microbore System can operate continuously at up to 5000 psi when configured as a Reagent-Free™ IC (RFIC™) system. Get higher resolution using smaller particle size (4μm) columns, faster run times without sacrificing needed resolution using higher flow rates and 150mm columns, or higher resolution with standard flow rates and 250mm columns. The ability to configure this flexible, modular system for an unmatched variety of applications. Outstanding sensitivity plus convenience   Excellent sensitivity, stability, and ease of use Enhanced baseline stability and sensitivity with top-of-the-line flow rate accuracy, eluent generator electronics stability, and conductivity cell temperature control Optimized peak resolution with a choice of isocratic and electrolytic gradient separations Flexible support for standard bore (1–3mm i.d.) and microbore (3–7mm i.d.) columns Wide variety of Thermo Scientific standard and microbore columns Compatible with new 4μm columns Separations twice as fast without compromising resolution Significantly increased resolution from current methodologies at increased flow rates Higher resolution and dramatically better performance using smaller particle size (4μm) columns Faster run times with higher flow rates using 150mm columns, or higher resolution with standard flowrates using 250mm columns Outstanding flexibility to configure the system you need Broad variety of modules and related products.