Overview

Diluter/dispenser

Our diluter/dispenser simplifies the sample preparation process for dispensing and diluting liquids, with a user-friendly Wizard format to eliminate the calculations.

diluter-dispenser

Filters and spargers

filters and spargers

We offer a wide range of filters and spargers suitable for FIA applications.

Mobile phase/solvent reservoirs

High density polyethylene reservoirs for in-line solvent use come with polypropylene caps, 1/4-28 flangeless fittings, and 1/8" PTFE tubes for one or two lines plus vent.

solvent reservoir

Perifit™ fittings for peristaltic tubing

peristaltic tube fitting

The Perifit is a unique fitting with a barb on one end and a 1/4-28 female fitting on the other, for connecting a FIA line with the most commonly used peristaltic tubing.

M Series syringe-free pump

syringe-free pump

The patented M Series liquid handling pump is a syringe-free pump capable of delivering a bidirectional flow to six orders of magnitude.

Valve closures for vials

Screw-cap Mininert valves for vials are available in a variety of sizes. The crimp-top valve for 13 mm ID glassware slides into the neck of the vial and features a threaded flange which is turned to provide a leak-tight fit.

Mininert valves for vials

VICI-cap

VICI-cap

The VICI-cap is the most economical way to helium sparge and deliver HPLC mobile phases. The insert is manufactured from PTFE with an EPDM O-ring and a polypropylene screw cap.

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SEE ALSO

WHAT IS FIA?

Flow Injection Analysis is a simple and versatile analytical technology for automating wet chemical analysis, based on the physical and chemical manipulation of a dispersed sample zone formed from the injection of the sample into a flowing carrier stream and detection downstream.

The power of FIA as an analytical tool lies in its ability to combine three analytical functions – sampling, sample processing, and detection – in a wide variety of different ways to create a broad range of different methodologies, and to perform these methodologies rapidly and automatically with minute (µL) amounts of sample.