Dionex Product Selection Guide
436Pages

Dionex Product Selection Guide

Contents Liquid Chromatography Hardware Process Analytical Technology Mass Spectrometry Sample Preparation

Chromatography Accessories Indices & Appendices

Liquid Chromatography Hardware 8 UltiMate 3000 UHPLC+ Systems Liquid Chromatography Hardware UHPLC+ Solutions

Liquid Chromatography Hardware

Liquid Chromatography Hardware

UHPLC+ Solutions Ultrahigh Performance LC (UHPLC) enables LC separations on columns with sub-3 um particles and therefore features shorter LC analysis times and higher resolution compared to conventional HPLC. It provides a higher return on investment at a low operating cost. UHPLC+ Focused: UHPLC Compatibility for All Standard HPLC Users Dionex now offers UHPLC performance to standard LC users at standard HPLC prices. the UltiMate 3000 Standard and Basic LC systems support pressures up to 62 MPa (9000 psi) providing full compatibility with UHPLC methods. Dionex has also extended the UHPLC...

Parallel Analyses A method speed-up calculator is provided for quick and easy conversion of conventional LC to RSLC methods. Parallel Analyses • Run two different or identical LC applications in parallel • Increase throughput for new and existing methods • No revalidation of methods required • Supports isocratic and gradient separations • Dedicated Viper Solution Kits for UltiMate 3000 SD and RS systems In Parallel LC mode, one autosampler and one column compartment are shared between the two independent flow paths of the ×2 Dual LC system with Dual-Gradient Pump (Figure 1). Two detectors...

UHPLC+ Solutions Inverse Gradient Solution for Uniform Response CAD Analysis Liquid Chromatography Hardware Tandem Analyses Tandem Analysis provides another way to shorten your run times, utilizing the power of off-line column regeneration. • Increase throughput for new and existing methods • No revalidation of methods required • Up to 50% shorter run times, with off-line column regeneration • Tandem Analysis Solution kits for UltiMate 3000 SD and RS Systems include all required tubing and instructions Right Valve Figure 2. Flow scheme for Tandem Analyses. In Tandem LC mode, two identical...

Take advantage of the Inverse Gradient principle: From Right Pump Right Valve Figure 4. Flow scheme for on-line SPE-LC. • Constant CAD response for best sensitivity and uniform detection of highly diverse chemical entities in gradient LC. • Viper Inverse Gradient Solution Kits for Uniform Response with Nebulizer-based Detectors on UltiMate 3000 ×2 Dual RS and SD Systems for easy installation. The UltiMate 3000 ×2 Dual LC System for Uniform Response Gradient with CAD and other Nebulizer-based Detectors includes the SRD-3600 Solvent Rack and Degasser, the DGP-3600SD Dual-Gradient Standard...

UHPLC+ Solutions Liquid Chromatography Hardware • Application switching can be scheduled for ultimate flexibility. Set method A to run over the weekend, and automatically switch to method B Sunday morning—both will be complete when you arrive in the laboratory on Monday • Dedicated Viper Automated Application Switching Kits for UltiMate 3000 SD and RS systems In this solution, after the operator sets up both LC methods, the system automatically starts and equilibrates. As the analysis on the first column completes, the system automatically switches to the second method and column without...

Proteomics Solutions Proteomics Tandem nano LC The RSLCnano Preconcentration Solution is ideally suited for the analysis of in-gel digested protein samples. A reversedphase trap column is used for sample cleanup and preconcentration of the peptides. The preconcentration configuration has the advantage that, by concentrating the sample onto the trap column, conventional injection volumes can be made on nano LC columns. In addition, the low flow resistance of the trap column allows the use of high flow rates to inject large sample volumes in a short time. To maximize sample throughput and MS...

UHPLC+ Solutions Liquid Chromatography Hardware Proteomics MDLC Solutions These UHPLC+Solutions employ the UltiMate 3000 RSLCnano system to address challenging proteomics applications. The automated off-line 2D-LC solutions support the separation of highly complex proteomic samples. The advantages of offline MDLC techniques over on-line approaches include high flexibility in column dimensions and mobile-phase compositions, as well as the ability to re-analyze sample fractions. The micro fraction collection option of the WPS-3000PL Nano/Cap Pulled-Loop autosampler supports fully automated...

UltiMate 3000 UHPLC+ Systems UltiMate 3000 UHPLC+ Systems provide excellent chromatographic performance while maintaining easy, reliable operation. The basic and standard analytical systems offer UHPLC compatibility across all modules, ensuring maximum performance for all users and all laboratories. Covering flow rates from 20 nL/min to 10 mL/min with an industry-leading range of pumping, sampling, and detection modules, UltiMate 3000 UHPLC+ Systems provide solutions from nano to semipreparative, from conventional LC to UHPLC. • Superior chromatographic performance • UHPLC design philosophy...

UltiMate 3000 UHPLC+ Systems Rapid Separation LC Systems Related Literature Liquid Chromatography Hardware For detailed specifications and applications, see the following PDF documents under Literature on www.dionex.com. Product Brochures UltiMate 3000 RSLC System Brochure Binary Rapid Separation LC System The Binary RSLC System offers an industry-leading flowpressure footprint. With its superior performance, it is the best choice for any ultrahigh speed and ultrahigh resolution applications but perfectly suitable for conventional analytical applications as well. The Rapid Separation (RSLC)...

Rapid Separation LC Systems Note: For system specifications, refer to the LC Modules section. Ordering Information The following modules and accessories represent an UltiMate 3000 Quaternary RSLC System for Automated Method Scouting Hardware Quaternary Rapid Separation LC System The Quaternary RSLC System provides the highest degree of flexibility in solvent proportioning for UHPLC and conventional HPLC applications. The system is ideal for ultrahigh resolution and conventional columns with particles ranging from sub-2 μm to 10 μm particle size for fast routine applications, and method...