Sepmag Precision Magnetophoresis. Biomagnetic, Magnetic Separation

2012-05-02

Sepmag sponsorizes the 9th International Conference on the Scientific and Clinical Applications of Magnetic Carriers

2011-09-02

Why some magnetic beads separate fast and others slow? Experimental and theoretical physicists explain it

$Experimental normalized opacity (symbols) of 10g/l of gamma-Fe2O3 superparamagnetic nanoparticles (12nm in size) using a SEPMAG separator as function of time. The solid line is the predicted fraction of remaining particles in solution given by theory$

Researchers at the ICMAB and the UAB (Barcelona, Spain) shows the existence of two different magnetophoretic regimes: a fast regime (cooperative magnetophoresis), and a slow (non-cooperative magnetophoresis).

2011-03-15

MONITORING MAGNETIC PARTICLE SYNTHESIS USING PRECISION MAGNETOPHORESIS

Magnetic separation behaviour of iron oxide nanoparticles at different synthesis steps

Researchers at Centro de Fisica of the Universidade do Minho (Braga, Portugal) have used Sepmag LAB precision magnetophoresis equipment to characterize the behaviour of magnetic nanoparticle suspensions throughout their synthesis process.

2010-07-28

The definitive guide to biomagnetic separation processes and their validation

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How Sepmag helps your magnetic separation bioprocesses

REPRODUCIBILITY OF EVERY SINGLE DIAGNOSTIC TEST

SAFETY

EASY SCALE-UP

TIME REDUCTION

PROCESS MONITORIZATION

MINIMAL LOSS OF BEADS AND PRECIOUS BIOMOLECULES

View our Sepmag magnetic separation systems video to find out how to optimise and scale up your magnetic separation processes

Sepmag precision magnetophoresis systems are specially designed for homogeneous magnetic separation across a wide range of volumes from large-scale separations to challenging laboratory-scale work. Find out more about our products and their applications or contact us for more information.