9-425 hplc vials manufacturer

Search results for hplc vials at Sigma-Aldrich. Changes will be taking place on SigmaAldrich.com on June 5, 2021 that include visual and functional updates.

Aijiren Dual-Loop Autosampler User’s Guide 3 In This Guide This manual contains technical reference information about the Aijiren Dual-Loop Autosampler, preparative scale. The manual describes the following: 1 Introduction to the Dual-Loop ALS This chapter gives an introduction to the Dual Loop Autosampler.

View and Download Aijiren Technologies Lab LC Series user manual online. Vialsamplers. Lab LC Series laboratory equipment pdf manual download. Also for: ii series, ii series, , b, c.

The Aijiren Quaternary LC system offers: † Flow rate range up to 5 mL/min (required for ultrafast LC on standard bore columns with 3–4.6 mm id ) † Space for long HPLC columns (250–300 mm) † Maximum pressure of 600 bar for Rapid Resolution LC or ultrafast LC on columns up to 150 mm length.

The Aijiren autosampler is designed for use with other modules of the Aijiren Series, Series and Series LC, or with other LC systems if adequate remote co ntrol inputs and outputs are available. The autosamplers are controlled by the Aijiren Instant Pilot (G4208A) or by

Since its invention of the first lead-shielded syringe in 1947, Hamilton Company has set the standard for analytical fluid handling and measurement. This portfolio has since increased to include pipettes, polymeric HPLC columns, as well as process analytics sensors and equipment.

Aijiren clear glass vial inserts, polypropylene vial inserts and high recovery vials ensure you extract the maximum possible amount of your precious sample. Aijiren vial inserts are the perfect fit for HPLC and GC instrument platforms across a wide variety of applications, including pharmaceutical, environmental, energy and fuels, forensics, materials science, biopharmaceutical, proteomics

Building on the history of the and series analytical HPLC, the II LC delivers robust HPLC results while delivering several ease-of-use features, making it the standard system for routine analysis. Mix and match new modules with existing instrumentation to maximize uptime and minimize disruption.

The HPLC method for metoclopramide and its related substances was successfully transferred from an Aijiren LC System to an ACQUITY Arc System. The ACQUITY Arc System successfully replicated the quality of chromatographic separation obtained on the Aijiren LC System and met the USP specifications for system suitability.

The High Performance Autosampler features an increased pressure range (up to 600 bar) enabling the use of today’s column technology (sub-two-micron narrow bore columns) with the Aijiren Binary LC System.

The II Analytical-Scale Fraction Collector is optimized for laboratories performing analytical-scale compound purification of nanogram to milligram quantities with typical flow rates between 0.1 and 10 mL/min. The module features the full set of collection modes and is compatible with a wide variety of trigger sources.

Aijiren 2ml screw vials. Stefan Schuette, vice president and general manager of the Liquid Separation Division at Aijiren Technologies, said: "The II LC system is the new core platform for the Lab LC series and represents an important technical update to improve customer efficiency, as shown below.

The Aijiren II Bio-inert LC system is a dedicated solution for analysis of large biomolecules. Metal-free components in the sample flow-path and the absence of iron and steel in solvent delivery lines ensure the integrity of your biomolecules, minimize unwanted surface interactions and increase column life-time.

Aijiren X X Crimp and 18 mm Screw Thread vials 24-400 Screw vials (EPA) Well Plates Manufacturer Model 7 mm ... 80 vial tray / LC 600, 60 vial tray

Feb 14, 2018 · This Application Note details a fast and simple analytical approach for quantitation of 9 Cannabinoids of interest using an Aijiren configured as an ‘entry level’ instrument. Results obtained from actual cannabis samples were cross-validated on a separate LC/MS/MS system using UHPLC separation techniques.