Solid Phase Micro-Extraction (SPME)

Assembled SPME fiber with a nitinol-core

Solid phase microextraction (SPME) is a versatile and solvent-free sample preparation technique. It works on the principle of adsorption/absorption and desorption and uses a fiber coated with an extractive phase to concentrate analytes in a sample. It successfully combines the sampling, isolation, and enrichment of an analyte to one step. SPME is used widely for the sampling of environmental volatiles, food & beverages, flavors & fragrances, forensics & toxicology, and pharmaceutical samples.



Showing 1-20 of 133
Sort By Relevancy
Page 1 of 7
Page 1 of 7
Product Number
Product Description
Pricing
Page 1 of 7
Page 1 of 7

Smart SPME fibers

The smart SPME fibers are an extension of our expertise and innovation from traditional SPME coatings to smart SPME format for accurate, reliable, and consistent results. Our smart fibers including Carboxen® fibers, dual coated fibers, or overcoated fibers are fitted with a unique chip to offer seamless sample preparation and other including benefits:

  • Traceability to check usage, stroke count, dates of operation, and temperature exposure
  • High-throughput sample preparation
  • Automatic application of correct parameters for each fiber coating

nitinol-core SPME fibers

The nitinol-core of SPME fibers enhances the fiber performance and the precision of chromatographic results. Fibers with either Carboxen®/Polydimethylsiloxane (CAR/PDMS) or Polydimethylsiloxane/ Divinylbenzene (PDMS/DVB) coatings are available with a nitinol-core. Other benefits of nitinol fibers include:

  • Enhanced lot-to-lot and fiber-to-fiber reproducibility
  • Higher fiber durability
  • Similar selectivity and inertness compared to fused silica core fibers

BioSPME

BioSPME is a bioanalytical micro-sampling and sample preparation technique. It allows the extraction of a broad range of analytes from various biological samples while repelling undesirable sample components.

  • Quick and selective extraction
  • Requires no sample pre-treatment
  • Allows subsequent LC/MS or Direct MS sample analysis
  • Non-exhaustive and equilibrium based
  • Possibility of multiple analyses from the same aliquot