2011-09-02
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
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
Magnetic separation has been widely used in molecular biology, but up to now only on a small scale. The Sepmag precision magnetophoresis system provides the opportunity to break this pattern, and develop large scale processes and/or processes with suspensions difficult to separate with classical devices.
Below you will find a list of applications already using Sepmag systems, but our engineers will be glad to help you to implement a different application. 100% of the customers answering our Quality Assurance questionnaire (representing 85% of sales) found the support of our technical staff ‘helpful'.
Sepmag offers precision magnetophoresis systems in which all magnetic beads experience the same conditions so that each aliquot from the production batch is homogeneous. Any issues associated with magnetic bead size distribution, concentration or buffer conditions can be detected early using the Sepmag QCR monitorisation system. Separations can be done five times faster than other systems and there is negligible magnetic bead loss ensuring there is hardly any loss of coupling antibody or biomolecules resulting in huge savings for users.
Below you will find a list of applications already using Sepmag systems, but our engineers will be glad to help you to implement a different application. 100% of the customers answering our Quality Assurance questionnaire (representing 85% of sales) found the support of our technical staff ‘helpful'.
Sepmag offers precision magnetophoresis systems in which all magnetic beads experience the same conditions so that each aliquot from the production batch is homogeneous. Any issues associated with magnetic bead size distribution, concentration or buffer conditions can be detected early using the Sepmag QCR monitorisation system. Separations can be done five times faster than other systems and there is negligible magnetic bead loss ensuring there is hardly any loss of coupling antibody or biomolecules resulting in huge savings for users.
