Dionex™ ICS-6000 Standard Bore and Microbore HPIC™ Systems

Name: Dionex™ ICS-6000 Standard Bore and Microbore HPIC™ Systems
SKU: ICS6000-015

Get significant increases in resolution and throughput in this high-pressure modular IC system for standard bore and microbore columns.

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Catalog Number	Description
ICS6000-015	Dionex ICS-6000 BioIC System with ED for Carbohydrates (Standard Bore) and AAA-Direct (Microbore) System
ICS6000-007	Dionex ICS-6000 Single Channel Standard Bore IC System
ICS6000-008	Dionex ICS-6000 Single Channel Gradient Standard Bore IC System
ICS6000-009	Dionex ICS-6000 Single Channel Standard Bore RFIC System
ICS6000-010	Dionex ICS-6000 Single Channel Microbore RFIC System
ICS6000-011	Dionex ICS-6000 Dual Channel Standard Bore RFIC System
ICS6000-012	Dionex ICS-6000 Dual Channel Microbore RFIC System
ICS6000-013	Dionex ICS-6000 2D-IC Standard Bore-Microbore System
ICS6000-014	Dionex ICS-6000 Carbohydrate Analysis Standard Bore System

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Catalog number ICS6000-015

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Description:

Dionex ICS-6000 BioIC System with ED for Carbohydrates (Standard Bore) and AAA-Direct (Microbore) System

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 microbore (1–3mm i.d.) and standard bore (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 flow rates using 250mm columns

Outstanding flexibility to configure the system you need

Broad variety of modules and related products

Dionex ICS-6000 standard (SP) and dual (DP) pumps for high-performance separations
Dionex ICS-6000 EG Eluent Generator for the benefits of an RFIC system
High-performance ICS-6000 DC Detector/Chromatography Compartment
IC and RFIC autosamplers and injectors for automation, from simple injections to complex sample preparation
Thermo Scientific™ Dionex Chromeleon™ Chromatography Data System software

Flexible choice of detectors

Dionex ICS-6000 CD Conductivity Detector in capillary and analytical formats
Dionex ICS-6000 ED Electrochemical Detector for high-sensitivity determination of difficult analytes
Dionex ICS-6000 Series VWD Variable Wavelength Detector and PDA Photodiode Array Detector for optical absorbance detection
Mass spectrometric detection for selective analysis
Inductively Coupled Plasma Mass Spectrometry (ICP-MS) for elemental speciation analysis

Specifications

TypeBioIC System with ED

Includes1x DP Pump, Quat/Quat (Analytical) with Degas
1x DC with Dual Temperature Zone (SB), One Injection Valve
1x 6-port Valve Upgrade Kit
1x Microbore Tubing Kit
1x Microbore Temperature Kit
2x ED Detectors
2x ED Detector Cells
2x ED Detector Reference Electrodes (Ag/AgCl)
1x Gold Disposable Electrode (Au on PTFE)
1x Gold Disposable Electrode (AAA-certified)
1x Tablet Kit (with arm, holder, and connectivity kit)

For Use With (Application)Carbohydrates (Capillary) and AAA-Direct (Microbore), Ion Chromatography

DescriptionDionex ICS-6000 BioIC System with ED for Carbohydrates (Standard Bore) and AAA-Direct (Microbore) System

Unit SizeEach

Frequently asked questions (FAQs)

What systems are available for speciation analysis?

Any of the Thermo Scientific Dionex IC systems can be used in conjunction with the iCAP RQ ICP-MS system. Visit our site to see all system configurations (https://www.thermofisher.com/us/en/home/industrial/chromatography/ion-chromatography-ic/ic-icp-ms-speciation-analyzer.html)

What example analytes require speciation analysis?

The following are some of the most common analytes screened by speciation analysis:
• Arsenic
• Chromium
• Iodide
• Mercury

Visit our Speciation Analysis by IC-ICP-MS page to view our application note videos where our scientists walk through speciation analysis of example analytes:
• Speciation Analysis of Arsenic in Organic Brown Rice Syrup using the Thermo Scientific iCAP-Q ICP-MS
• Chromium Speciation Analysis in Drinking Water by IC-ICP-MS
• Analysis of Arsenic Species in Apple Juice by IC-ICP-MS

How is speciation analysis performed?

IC-ICP-MS provides a complete inorganic elemental analysis solution for speciation analysis.
• Metal-free ion chromatography (IC) separates the individual ionic species without contributing trace metal contamination
• Ion chromatography-inductively coupled plasma mass spectrometry (IC-ICP-MS) performs trace elemental detection and quantification

Metal-free IC (with high resolution ion exchange columns and simple online connectivity) together with high sensitivity ICP-MS and integrated software are a powerful combination for fast and efficient metal speciation. Visit our Speciation Analysis by IC-ICP-MS page to see our scientists discuss real-life examples and benefits of combining IC and ICP-MS workflows for speciation analysis.

Why is speciation analysis important?

Speciation analysis has become important for food, environmental, and pharmaceutical industries, where simply measuring the total amount of an element is insufficient. Identifying the different species and concentrations of those species provides a more informed understanding of the environmental or health related impact associated with a particular sample. The clinical or environmental approach would be very different depending on the concentration of the toxic species. For example, an exposure to toxic inorganic arsenic (arsenite and arsenate) is a much bigger concern than an exposure to the mildly toxic organic arsenic species. In contrast, organic mercury species are more toxic than inorganic mercury species, so an exposure to methylmercury or ethylmercury poses a more severe health risk.

What is speciation analysis?

Speciation analysis is the process of separating and quantifying different molecular versions of a compound, which can exhibit very different physiochemical properties, including varying toxicities.

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