Does it matter which magnetic separation rack I use in my cell sorting processes

Title
Does it matter which magnetic separation rack I use in my cell sorting processes?
Author
Publisher
Sepmag
City and year
Barcelona,
Format
PDF
Number of pages
7
Volume (MB)
0,86
Figures
3 graphs and 1 photo
Thematic interest
Reproducibility – Consistent Separation

How Magnetic Separation Racks Impact Cell Sorting Success

Choosing the right magnetic separation rack can make the difference between high recovery and failed experiments. While magnetic bead–based cell sorting is gentler than centrifugation or filtration, the wrong rack design can cause poor recovery, cell stress, and difficulties in scaling up.

The free ebook Does it matter which magnetic separation rack I use in my cell sorting processes? explains why many issues attributed to beads or biomarkers are often caused by inhomogeneous magnetic force—and how modern homogeneous systems solve them.

Inside this free guide, you’ll learn:

  • Why inhomogeneous racks lead to cell loss, stress, and low reproducibility.
  • How homogeneous magnetic systems ensure gentle retention and high recovery.
  • The critical difference between magnetic force and magnetic field.
  • How to scale up from microliters to liters without losing consistency.
  • Practical strategies for selecting the right rack to achieve efficient and reproducible separations.

With the right system, you can protect cell viability, streamline workflows, and achieve reliable results at any scale.

Download your free copy today and optimize your cell sorting processes with confidence.

Download it here

Chapters of ‘Does it matter which magnetic separation rack I use in my cell sorting processes?’

  1. Classical magnetic separation racks
  2. Magnetic force and magnetic field are not equivalent
  3. Modern homogenous Magnetic Bead Separation systems
  4. Conclusion

Author: Lluis M. Martínez

Dr. Lluis Martínez —founder and CSO of Sepmag—, is an experimented physicist with a Ph.D. in Magnetic Materials from UAB. With a global career spanning over 30 years, he has worked in academic, corporate settings across Germany, Spain, Ireland, Japan, and the USA, specializing in the application of magnetic materials and sensors to enhance industrial products and processes. Lluis has filed numerous international patents, contributing innovations to sectors like textile machinery, automotive, and biotechnology. Since 2004, he has focused on providing the IVD & Life Science industry with advanced equipment for the efficient and scalable use of magnetic beads.