New call-to-action

Blog

 

Safety Risks using Magnetic Systems during Magnetic Separation Processes

When using biomagnetic separation systems, customers are always curious about how to comply with the various health and safety regulations that are in effect. When customers use small systems for a small scale magnetic separation process, there is very little risk from the magnets. The only risk would be if the technician has a pacemaker and in that case, they would be extremely careful around even the smallest system. There is also a small risk of pinching one’s fingers between two magnets.

Read More
 

Keep Magnetic Bead and Biomolecule Losses near Zero during Production

When scaling up a process using a traditional magnetic separation rack, the percentage of bead and biomolecule losses significantly increases with an increase in volume. One way of dealing with this problem is by applying a higher force at longer distances. But for this to work, you must apply this greater force without increasing the forces in the retention area during the magnetic separation process, in order to avoid irreversible aggregation.

Download our FREE guide about Biomagnetic Separation for Production HERE
Read More
 

How to Guarantee Lot-to-Lot Consistency in Biomagnetic Separation

If one wants to scale up production from small lab lots to full-scale large lots, a non-homogenous magnetic separation process will result in lot-to-lot inconsistencies. Homogenous biomagnetic separation conditions, however, guarantee consistent results regardless of production scale.

Read More
 

Centrifugation and Filtering with Biomagnetic Separation

Biomagnetic separation techniques are faster, cheaper and easier to use than non-magnetic techniques. In addition, when a magnetic separation process is performed under homogenous conditions, these techniques are also scalable and easily validated.

Read More

Leave a comment