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Dionex™ Ion Standards Thermo Scientific™

Ion Standards are used for a variety of routine anion, cation, and standard determinations. Increase your productivity and reduce standard preparation errors with Thermo Scientific™ Dionex™ Ion Standards for ion chromatography. Available for routine anion and cation determinations, these single and combined ion standards are made with high purity, reagent-grade chemicals and water. Each standard is NIST traceable and includes a Certificate of Analysis.

Dionex™ Chloride Standard (1000 mg/L) Thermo Scientific™

Ion Standards are used for a variety of routine anion, cation, and standard determinations. Increase your productivity and reduce standard preparation errors with Thermo Scientific™ Dionex™ Ion Standards for ion chromatography. Available for routine anion and cation determinations, these single and combined ion standards are made with high purity, reagent-grade chemicals and water. Each standard is NIST traceable and includes a Certificate of Analysis.

UltiMate™ AFC-3000 Low Flow Rate Kit Thermo Scientific™

Improve the performance of your Thermo Scientific™ Dionex™ UltiMate™ AFC-3000 Fraction Collector for preparative applications at low flow rates by using the Thermo Scientific™ Dionex UltiMate AFC-3000 Low Flow Rate Kit. The UltiMate AFC-3000 Automated Fraction Collector is a rugged and flexible fraction collector, ideal for preparative reversed-phase or normal phase HPLC as well as purification of proteins, peptides, and nucleotides.

Dionex™ Sulfate Standard (1000 mg/L) Thermo Scientific™

Ion Standards are used for a variety of routine anion, cation, and standard determinations. Increase your productivity and reduce standard preparation errors with Thermo Scientific™ Dionex™ Ion Standards for ion chromatography. Available for routine anion and cation determinations, these single and combined ion standards are made with high purity, reagent-grade chemicals and water. Each standard is NIST traceable and includes a Certificate of Analysis.

Dionex™ ICS-6000 DP Dual Pumps Thermo Scientific™

Choose from a variety of Thermo Scientific™ Dionex™ ICS-6000 DP Dual Pump configurations for your applications on the Thermo Scientific™ Dionex™ ICS-6000 HPIC™ system. Dionex ICS-6000 DP Dual Pumps include analytical, capillary, or hybrid (analytical and capillary) versions to support capillary, microbore, standard bore, semipreparative, and IC x IC (2D-IC) ion chromatography applications. Designed for continuous operation at up to 5000 psi, the pumps feature a variable-speed, serial-piston design that delivers consistent flow rates and quite detector baselines.

TRACE™ 1310 GC Analyzers for Permanent Gases & Trace Impurities Thermo Scientific™

Refuse to compromise by choosing from our variety of Thermo Scientific™ TRACE™ 1310 gas chromatography systems for the analysis of industrial gas streams. These systems can be used in laboratories and in pilot/scale-up to at-line environments. Whether you need to analyze permanent gases, hydrogen, low levels of CO/CO2, impurities in chlorine, trace-level impurities in pure gases or a combination of those analyses, there is a system to meet your requirements. TRACE 1310 analyzers for industrial gas streams come pre-configured, factory tested and ready to connect to your lab services.

UltiMate™ WPS-3000SL/TSL Standard Well Plate Autosamplers Thermo Scientific™

Enjoy wide application flexibility in a cost-effective, dependable autosampler. The Thermo Scientific™ Dionex™ UltiMate™ Standard Well Plate Autosampler is highly versatile in sample format and injection volume. It can rapidly, accurately and precisely inject from 1 to 100µL for conventional LC and up to 62 MPa (9000 psi) for UHPLC applications. The in-line split-loop (flow-through) injection design puts the needle and sample loop directly in the high-pressure fluid path. Combined with an external needle wash option, carryover is essentially eliminated.

Dionex™ Chelation Chromatography Reagents Thermo Scientific™

Designed to facilitate trace and ultra trace determination of transition and lanthanide metals, Thermo Scientific™ Dionex™ Chelation Chromatography Reagents are dedicated for use with the Dionex IC/ICP Interface Module for ultimate ease of use. Available in 1L quantities, reagents include 2.0M nitric acid, 2.0M ammonium acetate, and 0.1M ammonium nitrate. Order each in single or six-pack order quantities. Only high-purity, reagent-grade chemicals and water (18MO-cm), quality-control checked for ionic contamination, are used in Dionex reagents, standards and eluent concentrates.

UltiMate™ AFC-3000 Collector Normal Phase Kit Thermo Scientific™

Adapt your preparative and semi-preparative chromatography for normal phase. The Thermo Scientific™ Dionex™ UltiMate™ AFC-3000 Collector Normal Phase kit is ideal for separation and collection of compounds using apolar solvents. The UltiMate AFC-3000 Automated Fraction Collector is a rugged and flexible fraction collector, ideal for preparative reversed-phase or normal phase HPLC as well as purification of proteins, peptides, and nucleotides.

Bottom-of-the-Bottle™ Solvent Filters Thermo Scientific™

Protect your HPLC system from contamination with Thermo Scientific™ Bottom-of-the-Bottle™ Solvent Filters. The flat design ensures efficient draw. They are made from 100% PEEK polymer and include two 10µm filters. A helium sparge port and frit are incorporated for optional use.

Dionex™ DRS 600 Dynamically Regenerated Suppressor Thermo Scientific™

Use the Thermo Scientific™ Dionex™ DRS 600 Dynamically Regenerated Suppressor for electrolytically regenerated suppression in ion chromatography (IC) applications requiring high capacity, low noise, high backpressure resiliency, and fast startup. The Dionex DRS 600 Suppressor operates in constant voltage mode as well as the traditional constant current mode. By operating in constant voltage mode, the Dionex DRS 600 Suppressor self-governs electrical current as long as a constant voltage is applied. This suppressor is a fundamental component of a reagent-free ion chromatography (RFIC™) system.

Vanquish™ Variable Wavelength Detectors Thermo Scientific™

Achieve excellent linearity and noise performance across a wide operating range with Thermo Scientific™ Vanquish™ variable wavelength detectors. These detectors can be integrated into Thermo Scientific™ Vanquish™ HPLC and UHPLC systems when you need more versatile, robust, high-performance UV-Vis absorption detection to measure your sample. With up to 250 Hz data acquisition, the detector keeps pace with any current and future HPLC and UHPLC detection challenges. Select from a wide flow-cell portfolio to match your application related requirements.

Dionex™ AS4 Eluent Concentrate; Sodium Carbonate/Bicarbonate Concentrate (100X) Thermo Scientific™

Employ a ready-to-dilute concentrate for the IonPac™ AS4 column with the Thermo Scientific™ Dionex™ AS4 Eluent Concentrate; Sodium Carbonate/Bicarbonate Concentrate.

POROS™ MabCapture™ G Select Resin Thermo Scientific™

POROS™ MabCapture™ G Select Resin is a high-throughput, lower-priced Protein G chromatography resin manufactured using our own Protein G ligand to enable high-throughput purification performance. It is used in a variety of antibody affinity purification methods and is ideal for polyclonal IgG purification from mouse, human, cow, goat, and sheep serum, including human IgG3 and mouse IgG1 isotypes. POROS MabCapture G Select Resin demonstrates high dynamic binding performance at low linear flow rates and maintains superior binding capacity at high linear flow rates where other chromatography media products cannot operate.

With POROS MabCapture G affinity chromatography resin you can:
• Maintain high dynamic binding capacity at liner flow rates over 700 cm/hr
• Design processes with greater flexibility (shorter bed heights, faster flow rates, or both) due to the improvements made to the antibody binding efficiency
• Obtain the highest dynamic binding capacity for antibodies vs. conventional agarose- or silica-based Protein G resins
• Purify polyclonal IgG from mouse, human, cow, goat, and sheep serum, including human IgG3 and mouse IgG1 isotypes
• Sanitize and depyrogenate with standard agents used for other chromatography products
• Recognize major increases to process productivity and reduce the downstream bottleneck

Protein G is a bacterial cell wall protein isolated from group G Streptococci. Recombinant Protein G has been modified to eliminate its binding to albumin. The Protein G molecule contains two binding domains. Although the tertiary structures of Protein A and Protein G are very similar, their amino acid compositions differ significantly, resulting in different binding characteristics. Protein G has greater affinity than Protein A for most mammalian IgGs, especially for certain subclasses, including human IgG3, mouse IgG1, and rat IgG2a. Unlike Protein A, Protein G does not bind to human IgM, IgD, and IgA.

The development of humanized monoclonal antibodies has continued to fuel the growth of the biotherapeutic market. Addressing the therapeutic demand for monoclonal antibodies has led to major improvements to the cell-based expression systems that are used to manufacture these proteins. Consequently, these improvements have moved the processing bottleneck from upstream cell expression to downstream purification. The introduction of POROS MabCapture G Select chromatography resin was aimed at cracking open the downstream bottleneck and providing the capacity, efficiency, and flexibility needed to make improvements to the downstream purification platform, resulting in major increases to process productivity and antibody manufacturing.

UltiMate™ WPS-3000SL/TSL Semi-Preparative Autosamplers Thermo Scientific™

Deliver milliliter injection volumes while minimizing backpressure contributions. The Thermo Scientific™ UltiMate™ 3000 semi-preparative Autosampler performs reliable, accurate and precise large-volume injections for purifying compounds in the microgram to lower milligram range. The in-line, split-loop injection principle and external needle wash options virtually eliminate carryover. Larger diameter capillaries optimize the entire system for higher flow rates (up to 50mL/min.) and lower backpressures.
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