Liquid Chromatography. Lab LC Series Modules. LC Injection Systems. II Vialsampler. II Vialsampler Ordering Details ...
Liquid Chromatography. Lab LC Series Modules. LC Injection Systems. II Vialsampler. II Vialsampler Ordering Details ...
EquipNet is the world’s leading provider of used HPLC systems and HPLC accessories. Our exclusive contracts with our clients yield a wide range of used HPLC systems from a number of respected OEMs, including Aijiren, Waters, Hewlett Packard, Perkin Elmer, Hitachi, Shimadzu, Dionex, and many others.
The II Preparative LC System is an easy-to-use workhorse for automated sample injection when gradient elution is required for sample purification. The binary gradient pump deliver flow rates up to 50 mL/min for purification up to 30.0 mm id columns.
in GC and HPLC (in contrast to screw neck vials N 9 which can be used alternatively) Supplied in PP boxes with 100 vials each Barcoded vials upon request 11.6 x 32 mm vials can be ordered as single components or - along with a closure of your choice - as a Vial Kit in a drawer-like
The II Preparative Valve-Based Fraction Collector is a compact, full-featured fraction collector for daily compound isolation and purification by LC. Optimized for collection of up to 11 high-volume fractions its versatile design allows operation in both routine sample purification workflows and recovery applications.
The II Bio-inert Multisampler handles vials and microplates, injects at pressures up to 600 bar, and has a capacity of up to 6,144 samples. The metal-free sample flow path makes it the ideal injector for all biorelated applications.
Headspace vials and closures must form a tight seal for accurate analysis with reproducible results. Available in clear or amber Type I borosilicate glass with crimp or screw thread finishes. The vials are used to heat the sample until the concentration of the liquid and gas phases are in equilibrium.
Crawford Scientific Ltd Holm Street Strathaven Lanarkshire ML10 6NB. T: +44(0)1357 522961 F: +44(0)1357 522168. Part of the arch sciences group
Chromatography vials are containers designed to temporarily hold samples analyzed as a part of gas (GC) or liquid (HPLC) chromatography. Tisch Scientific offers an extensive selection of vials that have passed the ISO9001:2015 quality certification making them the highest quality in the industry to ensure the most accurate analysis of your samples.
Chromatography vials are containers designed to temporarily hold samples analyzed as a part of gas (GC) or liquid (HPLC) chromatography. Tisch Scientific offers an extensive selection of vials that have passed the ISO9001:2015 quality certification making them the highest quality in the industry to ensure the most accurate analysis of your samples.
Prevent unknown peaks from impacting your results Aijiren MS Analyzed Vial Kits end the need to pre-test or to rerun samples due to unexpected peaks. Eliminating vials as a source of contamination translates into confidence that your results are accurate and reliable.
Using Aijiren vials can protect your sample, limiting unnecessary downtime to help your analysis run more smoothly. A variety of sizes are available to meet the needs of your application. Original standard opening 8-425 (8mm) thread vials; Wide opening 9mm diameter vials (40% larger opening than standard narrow opening vials)
II Analytical-Scale Fraction Collector 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 LC is the first system that provides the foundation for method transfer to or from any Aijiren or non-Aijiren UHPLC or HPLC system. In short, it gives you infinite capabilities to solve all your analytical challenges in LC and LC/MS.
" The Aijiren LC System is an affordable, high quality HPLC system for routine standard analyses. The only shortage is the autosampler is a little bit slower compared to the other models of Aijiren's LC such as , . " Review date: 30 Apr 2015 | Aijiren II LC System