Use Thermo Scientific™ HyperSep™ Solid Phase Extraction (SPE) Sample Collection Plates with your HyperSep system.

Retain analytes in nonpolar matrices, and separate compounds of very similar structure with these silica SPE cartridges.

Thermo Scientific™ HyperSep™ Vacuum Manifolds are designed for use with HyperSep SPE columns and HyperSep-96 well plates.

Use this stopcock to control the flow of extract exiting your SPE cartridge on the Thermo Scientific™ HyperSep™ Glass Block Vacuum Manifold.

Unique graphite carbon-based SPE cartridges offer retention and separation of polar compounds where silica and resin stationary phases fail.

Velp Scientifica™ Spare FKM Gasket for use with Raw Fiber Extractors FIWE Series.

Obtain fast, simple, and highly reproducible trypsin protein digestion for peptide characterization and quantitation in biopharmaceutical protein research.

Offers the flexibility of processing up to 12 SPE devices of different heights, diameters, or formats at the same time. J.T. Baker™ BAKER spe-12G Column Processor, Glass Design is a complete 12-port system that comes complete with a glass vacuum basin and sample collection rack.

Save time and achieve more accurate pesticide determinations using these pre-prepared dispersive SPE products for QuEChERS clean-up.

Remove variability and achieve highly consistent results. High reproducibility of Thermo Scientific™ SOLAµ™ SPE plates deliver greater sample success at low elution volumes.

Obtain excellent performance for extraction of charged basic compounds with these strong cation exchanges SPE cartridges.

Use the collection rack that matches the size of solid collection tubes used with the Thermo Scientific™ HyperSep™ Positive Pressure Manifold.

Get faster sample preparation with minimal sample loss with these revolutionary SPE micropipette tips.

Achieve consistent, high recoveries for basic compounds with these Thermo Scientific™ HyperSep™ Retain CX Cartridges.

Get improved retention for most nonpolar compounds and organic analytes in aqueous matrices with these hydrophobic reversed phase C18 cartridges.

These empty 96-well plates are used with Thermo Scientific™ HyperSep 96-well plate applications.

Get improved analysis of acidic drugs and metabolites with these SPE cartridges featuring both nonpolar and ionic separation characteristics.

Need a less retentive alternative to C18 for polar and nonpolar compounds? These hydrophobic reversed phase C8 cartridges offer excellent performance.

Achieve superior recoveries for acidic analytes with Thermo Scientific™ HyperSep™ Retain AX SPE Cartridges.

Order these bulkhead Luer fittings for use with the glass block vacuum manifold.

A fast and effective sample preparation technique for removal of phospholipids from biological matricies.

16- and 24-port vacuum manifolds speeds up sample processing; glass block design allows visible inspection of the extraction process and simplifies cleaning.

Clean-up and concentrate target analytes in minutes with these direct-connection SPE guard columns, featuring fingertight design for convenience and efficiency.

Achieve greater reproducibility with cleaner more consistent extracts compared to conventional SPE, phospholipid removal and protein precipitation products.

Save time and achieve more accurate pesticide determinations using these pre-prepared dispersive SPE products for QuEChERS extractions.

Clean-up and concentrate target analytes in minutes with these direct-connection SPE cartridges, offering quick, easy connection via a reusable drop-in cartridge holder.

Save time and achieve more accurate pesticide determinations using these pre-prepared dispersive SPE products for QuEChERS clean-up.

Obtain excellent retention of drugs, metabolites and structural isomers with these aminopropyl SPE cartridges that allow both polar and anion exchange interactions.

Use these 24 or 48 well extraction plates and plugs with the Thermo Scientific™ HyperSep™ Universal Vacuum Manifold.

Get faster sample preparation with minimal sample loss with these SPE micropipette tips and achieve separation in volumes as low as 100nL.