"Solid Phase Extraction"

Supplier: Tecan

A 15 µm micro particulate with strong cation exchange chemistry providing large contact zone for sorbent analyte interaction resulting in a fast and uniform sample prep.

Supplier: VARIAN

Due to the methyl group and subsequent low carbon load, Bond Elut™ C1 is the least retentive of all alkyl group bonded phases for non-polar compounds. However, due to the extensive end capping of this sorbent to mask polar silanol activity, retention and elution of polar and multi-functional analytes can still be achieved. Typical applications include plasma, urine and aqueous samples.

Supplier: Tecan

A special phenyl boronic acid chemistry on polymer base resin for better capacity and solvent use. PBA utilizes an unique covalent interaction ideal for catecholamine analysis.

Supplier: Tecan

A 17 µm polymer micro particulate with strong anionic exchange chemistry providing large contact zone for sorbent analyte interaction resulting in a fast and uniform sample prep.

Supplier: Tecan

A 25 µm polymer micro particulate with strong cationic exchange chemistry providing large contact zone for sorbent analyte interaction resulting in a fast and uniform sample prep.

Supplier: VARIAN

Bond Elut™ ENV, a PS/DVB polymer, is designed for the extraction of polar organic residues. It contains 125 μm spherical particles with a high degree of cross linking, advantageous for high volume, fast flow-through applications.

Supplier: VARIAN

Alumina, like silica, is an extremely polar sorbent. The alumina surface tends to be slightly more stable under high pH conditions than unfunctionalised silica. The small particle size of the Bond Elut™ Alumina range ensures high extraction efficiency even when small bed masses are used.

Supplier: VARIAN

Bond Elut™ LMS polymeric sorbent lets you elute without having to add amine modifiers, buffers, or acids. The elimination of secondary interactions means that elution of analytes can be achieved with pure organic solvents or HPLC mobile phase-compatible solvent mixtures of low ionic strength. These characteristics are crucial to allow compatibility with LC/MS or other delicate analytical techniques.

Supplier: WATERS

Specially designed for monitoring aldehydes in indoor air.

Supplier: GILSON LCMS

This ASPEC® system for positive pressure solid phase extraction (SPE) automation maximises throughput by processing up to four samples in parallel. With its small footprint and multiple probes, it is the ideal choice for reproducible and efficient sample cleanup for clinical, forensic, doping, food, and environmental testing labs.

Supplier: Tecan

A 10 µm micro particulate with strong anionic exchange chemistry providing large contact zone for sorbent analyte interaction resulting in a fast and uniform sample prep.

Supplier: VARIAN

Bond Elut™ C18 OH is a non-end capped version of the octadecyl bonded phases that enables the silanols on the silica surface to be more active. This low-load C18 has well-controlled silanol activity that permits the fractionation of metabolites and enhances retention of basic compounds compared to an endcapped C18. The pore size makes it a good choice for peptide extraction.

Supplier: Tecan

A 18 µm polymer micro particulate with weak anionic exchange chemistry providing large contact zone for sorbent analyte interaction resulting in a fast and uniform sample prep.

Supplier: Tecan

Proprieatary blend of ion-exchange and water-wettable polymer targeted towards oral fluid collection devices.

Supplier: Tecan

A 30 µm polymer micro particulate with strong cationic exchange chemistry providing large contact zone for sorbent analyte interaction resulting in a fast and uniform sample prep. Ideal for basic target compounds.

Supplier: VARIAN

Solid phase microextraction (SPME) is a technique for extracting analytes from solid, liquid or gaseous samples by adsorbing them onto the SPME fiber and then desorbing them into an inlet, either on a gas chromatograph (GC) or an HPLC system. SPME is amenable to automation using an autosampler or it can be performed manually as well.