SPE Columns

Mixed-mode strong anion exchange columns for acidic analyte extraction High surface area and capacity ensure highly reliable retention characteristics No secondary interactions from silanol groups for accurate results Higher sample loading due to

Modular design lets you simply remove any unwanted wells and add sealing strips Quickly obtain clean extracts and reduce time spent on method development Faster method development saves you money Water-wettable polymer is not affected by drying out

Modular design lets you simply remove any unwanted wells and add sealing strips Quickly obtain clean extracts and reduce time spent on method development Faster method development saves you money Water-wettable polymer is not affected by drying out

Populate base plate with only the wells needed 50 &microL elution volume for minimal sample dilution and reduced evaporation time Optimized well geometry for 5 and 10 mg sorbent masses Use with vacuum or positive pressure The internal diameter,

Populate base plate with only the wells needed 50 &microL elution volume for minimal sample dilution and reduced evaporation time Optimized well geometry for 5 and 10 mg sorbent masses Use with vacuum or positive pressure The internal diameter,

50 &microL elution volume for minimal sample dilution and reduced evaporation time Versatile 96-well format for small volume biological fluid samples Optimized well geometry for 5 and 10 mg sorbent masses Use with vacuum or positive pressure The

50 &microL elution volume for minimal sample dilution and reduced evaporation time Versatile 96-well format for small volume biological fluid samples Optimized well geometry for 5 and 10 mg sorbent masses Use with vacuum or positive pressure The

Mixed-mode strong cation exchange columns for basic analyte extraction High surface area and capacity ensure highly reliable retention characteristics No secondary interactions from silanol groups for accurate results Higher sample loading due to

Mixed-mode strong cation exchange columns for basic analyte extraction High surface area and capacity ensure highly reliable retention characteristics No secondary interactions from silanol groups for accurate results Higher sample loading due to

Mixed-mode strong cation exchange columns for basic analyte extraction High surface area and capacity ensure highly reliable retention characteristics No secondary interactions from silanol groups for accurate results Higher sample loading due to

Mixed-mode strong cation exchange columns for basic analyte extraction High surface area and capacity ensure highly reliable retention characteristics No secondary interactions from silanol groups for accurate results Higher sample loading due to

Mixed-mode strong cation exchange columns for basic analyte extraction High surface area and capacity ensure highly reliable retention characteristics No secondary interactions from silanol groups for accurate results Higher sample loading due to